WO2019010598A1 - 去胶机 - Google Patents
去胶机 Download PDFInfo
- Publication number
- WO2019010598A1 WO2019010598A1 PCT/CN2017/000439 CN2017000439W WO2019010598A1 WO 2019010598 A1 WO2019010598 A1 WO 2019010598A1 CN 2017000439 W CN2017000439 W CN 2017000439W WO 2019010598 A1 WO2019010598 A1 WO 2019010598A1
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- WO
- WIPO (PCT)
- Prior art keywords
- roller
- pulley
- motor
- control box
- bracket
- Prior art date
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B13/00—Accessories or details of general applicability for machines or apparatus for cleaning
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01L—SEMICONDUCTOR DEVICES NOT COVERED BY CLASS H10
- H01L21/00—Processes or apparatus adapted for the manufacture or treatment of semiconductor or solid state devices or of parts thereof
- H01L21/02—Manufacture or treatment of semiconductor devices or of parts thereof
Definitions
- the utility model relates to the field of SMA chip diode degumming, in particular to a glue removing machine.
- SMA chip diodes will have residual glue on the outside during the production process, which will make the product look rough, and the residual glue will cause trouble for the use of SMA chip diodes. Buyers will see this product. I believe that the workmanship process is not good, so I doubt the quality of the product, and bring a lot of unnecessary troubles. Then, the residual glue on the outside of the SMA chip diode needs to be clear and clean, and the product cannot be damaged. The manual cleaning is time-consuming and labor-intensive. Low, no device can solve this problem very well.
- the utility model provides a glue removing machine, which can safely and reliably clean the residual glue of the SMA chip diode, saves time and labor, and greatly improves the working efficiency.
- the glue removing machine comprises a control box, a motor, a rotating brush, a conveying roller, a feeding track, a discharging track, and a glue removing tank.
- the control box is a box-shaped box body, and the upper side of the control box is equipped with a motor, and the other One side is equipped with a glue removal mechanism
- the motor includes a transfer motor and a rotary brush motor, and the transfer motor is laterally mounted on the upper end of the control box, and the rotary brush motor is mounted on
- the rotating bracket comprises a lateral bracket and a vertical bracket, the lower end of the lateral bracket is connected to the upper end of the vertical bracket, and the lower end of the other side of the lateral bracket is pressed at the upper end of the fixing block of the glue removing mechanism, and the lower end of the vertical bracket is fixed in the control box
- the lateral bracket is a flat plate, and one side of the flat plate is provided with a rotating brush motor, and the other side is provided with a rotating brush.
- the rotating shaft end of the rotating brush motor is provided with a driving pulley on the other side of the flat plate, and the rotating shaft of the rotating brush is mounted thereon.
- the driven pulley is located on one side of the flat plate, the driving pulley is connected to the driven pulley through the belt, and the pressing pulley is installed in the lower position of the flat plate, and the pressing pulley is arranged on the outer side of the lower end of the belt, and the rubber is removed.
- the mechanism includes a pillar, a conveying roller, a feeding rail, a discharging rail, a de-suction tank, two pillars and are installed side by side on the control box, and the upper ends of the two pillars are connected by a beam, and the one side of the beam is near the end.
- the conveying roller has two groups, and is assembled between the feeding track and the degreasing groove. of On the beam, the other is assembled on the beam between the discharge rail and the de-soldering groove, and is fixedly mounted on the beam by the fixing block.
- the rotating shaft end of the conveying motor is equipped with a conveyor belt wheel, and the conveyor belt wheel is connected to the conveying roller through the belt.
- a support plate is arranged between the two pillars, a long groove is arranged in the middle of the support plate, one end of the adjustment pulley is installed in the long groove of the support plate, the adjustment pulley is pressed on the outer side of the belt, and the upper end of the control box is further installed
- An auxiliary pulley is mounted on the outer control box of the pillar, the belt bypasses the conveyor pulley, passes over the two conveyor rollers, and finally bypasses the auxiliary pulley to return to the conveyor pulley, and the two conveyor rollers An adjustment pulley is pressed on the upper belt.
- the conveying roller comprises two groups and is respectively composed of a driving roller and a driven roller.
- the driving roller comprises a cylinder, a pulley, a gear and a roller.
- the pulley is mounted at one end of the cylinder, and the gear is mounted on the belt.
- On the inner side of the wheel, the roller is mounted on the other end of the cylinder.
- the driven roller includes a cylinder, a gear and a roller.
- the gear is mounted at one end of the cylinder, the roller is mounted at the other end of the cylinder, and the driving roller is mounted on the roller.
- Below the driven roller, and through the gears meshing transmission, the pulley of the driving roller is connected to the conveying motor through the belt, and the cylinders of the driving roller and the driven roller are fixed together at the upper end of the beam through the fixing block.
- the feeding track is a long plate-shaped track, and a long groove is formed in the middle of the track, and a guide groove is opened in the middle of the long groove, and the feeding track is designed to be sloped near the conveying roller end.
- the stripping tank has a "U" shape
- the stripping tank comprises a trapezoidal plate and two partition plates, and the partition plates are respectively installed at the two ends of the trapezoidal plate, and the trapezoidal plate has a long groove in the middle and a long groove in the middle.
- the control box is a square body, one side is a control panel, the right side of the control panel is designed with a main switch, and the control switch with two motors is respectively designed in the middle, and the speed control switch with a rotating brush motor is designed on the left side. .
- the conveying roller comprises a driving roller and a driven roller.
- the roller of the driving roller and the driven roller are cylindrical, and an annular groove is formed in the middle of the cylinder, and the cylinder of the driving roller and the driven roller Faces are in contact with each other.
- the lower end of the vertical bracket of the rotating bracket is designed with a circular hole, and the corresponding design of the upper part of the control box is equipped with a double-eared foot, the lower end of the vertical bracket is inserted in the middle of the two-legged foot, and the vertical bracket is fixedly connected by a cylindrical pin Between the ears and the feet.
- the utility model has the advantages that the design is simple and ingenious, and the diode group can be effectively transported in order, and cleaned while being transported, only the personnel monitoring equipment is needed to adjust the running speed of the motor, which is convenient, quick, time-saving and labor-saving, and greatly improved.
- the efficiency of production and processing and meet the production requirements.
- Figure 1 is a schematic view of the present invention.
- FIG. 2 is a schematic view of the stripping mechanism of the present invention.
- FIG 3 is a schematic view of a rotating bracket of the present invention.
- Figure 4 is a schematic view of the transfer roller of the present invention.
- the stripping machine comprises a control box 1, a motor, a rotating brush 2, a conveying roller 3, a feeding rail 4, a discharge rail 5, a de-slotting tank 6, and the control box 1 is a tetragonal body.
- the shape of the box body, the upper side of the control box 1 is equipped with a motor, and the other side is provided with a glue removing mechanism.
- the motor includes a conveying motor 7 and a rotating brush motor 8.
- the conveying motor 7 is laterally mounted on the upper end of the control box 1, and is rotated.
- Brush motor 8 is mounted on the rotating bracket 9, the rotating bracket 9 comprises a lateral bracket and a vertical bracket.
- the lower end of the lateral bracket is connected to the upper end of the vertical bracket, and the lower end of the other side of the lateral bracket is pressed at the upper end of the fixing block 16 of the stripping mechanism, and the lower end of the vertical bracket is fixed.
- the lateral bracket is a flat plate, one side of the flat plate is equipped with a rotating brush motor 8, and the other side is equipped with a rotating brush 2, and the rotating shaft end of the rotating brush motor 8 is equipped with a driving pulley 10 on the other side of the flat plate.
- the stripping mechanism comprises a strut 14, a conveying roller 3, a feeding rail 4, a discharge rail 5, a de-slotting tank 6, and two pillars 14 are installed side by side.
- the conveying roller 3 has two sets. One is assembled on the beam 15 between the feed rail 4 and the glue removal tank 6, and the other is assembled on the beam 15 between the discharge rail 5 and the glue removal tank 6, and is fixed to the beam by the fixing block 16 15 , the rotating shaft end of the conveying motor 7 is provided with a conveying pulley 17 , and the conveying pulley 17 is connected to the conveying roller 3 via the belt 12 .
- a support plate 18 is arranged between the two pillars 14 , and a long groove is arranged in the middle of the supporting plate 18 .
- One end of the adjusting pulley 19 is mounted in the long groove of the support plate 18, and the adjusting pulley 19 is pressed on the outer side of the upper side of the belt 12.
- the upper end of the control box 1 is further provided with an auxiliary pulley 20 mounted on the outer control box 1 of the pillar 14.
- the belt 12 bypasses the conveyor pulley 17, passes over the two conveyor rollers 3, and finally bypasses the auxiliary pulley 20 back to the conveyor pulley 17, and the upper belt 12 between the two conveyor rollers 3
- the adjustment pulley 19 is pressed.
- the conveying roller 3 comprises two groups and is composed of a driving roller 31 and a driven roller 32 respectively.
- the driving roller 3 includes a cylinder, a pulley 33, a gear 34 and a roller 35.
- the wheel 33 is mounted at one end of the cylinder
- the gear 34 is mounted on the inner side of the pulley 33
- the roller 35 is mounted on the other end of the cylinder.
- the driven roller 32 includes a cylinder, a gear 34 and a roller 35, and the gear 34 is mounted on the cylinder.
- the roller 35 is mounted on the other end of the cylinder
- the driving roller 31 is mounted below the driven roller 32, and is meshed and driven by the gear 34.
- the pulley 33 of the driving roller 31 is connected and transmitted through the belt 12.
- the motor 7, the roller of the driving roller 31 and the driven roller 32 are fixed together at the upper end of the beam by the fixing block 16.
- the feed rail 4 is a long plate-shaped track with a long slot 41 in the middle of the track, and a guide groove 42 is formed in the middle of the long groove 41.
- the feed track is designed near the transfer roller end. It is ramped.
- the long slots and channels are designed to ensure that the diodes fit into the track and are not jammed.
- the stripping tank 6 has a U shape
- the stripping tank 6 includes a trapezoidal plate 61 and two partition plates 62, and the partition plates 62 are respectively mounted on the upper end positions of the trapezoidal plate 61, the trapezoidal shape.
- a long groove 63 is defined in the middle of the plate 61, and a guide groove 64 is formed in the middle of the long groove 63.
- Both ends of the trapezoidal plate 61 are sloped, and the lower end of the partition plate 62 has an arc groove corresponding to the long groove 63.
- the design of the glue removal tank ensures that the diode can pass through the glue removal tank without flying out of the device under the action of the rotating brush, long groove, guide groove and curved shape.
- the design of the slot ensures that the diode is stuck inside and will not get stuck.
- the control box 1 is a square body, one side is a control panel, and the right side of the control panel is designed with a main switch 21, and a control switch 22 equipped with two motors is respectively arranged in the middle, and the left side is designed with a rotation.
- the speed control switch 23 of the brush motor is a square body, one side is a control panel, and the right side of the control panel is designed with a main switch 21, and a control switch 22 equipped with two motors is respectively arranged in the middle, and the left side is designed with a rotation.
- the speed control switch 23 of the brush motor is a square body, one side is a control panel, and the right side of the control panel is designed with a main switch 21, and a control switch 22 equipped with two motors is respectively arranged in the middle, and the left side is designed with a rotation.
- the speed control switch 23 of the brush motor is a square body, one side is a control panel, and the right side of the control panel is designed with a main switch 21, and a control switch 22 equipped
- the conveying roller 3 includes a driving roller 31 and a driven roller 32.
- the roller 35 of the driving roller 31 and the driven roller 32 are cylindrical, and an annular groove 36 is opened in the middle of the cylinder.
- the cylindrical surfaces of the driving roller 31 and the driven roller 32 are in contact with each other.
- the conveying roller is driven up and down by two gears, and the two rollers rotate clockwise to rotate counterclockwise underneath, so that the upper and lower rollers act on the diode, so that the diode can be transferred to the glue removing tank.
- the lower end of the vertical bracket of the rotating bracket 9 is designed with a circular hole, and the upper surface of the control box is correspondingly equipped with a double-eared foot, and the lower end of the vertical bracket is inserted in the middle of the two-legged foot, and is passed through a cylindrical pin
- the vertical bracket is fixedly connected between the ears of the ears.
- the rotating bracket can rotate clockwise, remove the rotating brush from the glue removing tank, clean and maintain the glue removing tank, rotate the brush for repair and replacement, or adjust the belt tightness, convenient operation and ingenious design.
- the SMA chip diode group is manually placed into the feeding track by hand, the lead wire of the diode is placed horizontally on the long groove, and the chip of the diode is located in the guiding groove in the middle of the long groove, and the front end is manually
- the diode lead is caught between the roller of the driving roller and the driven roller, the main switch is opened, the motor switch is turned on, the roller of the driving roller and the driven roller are reversed, and the diode is sent to the glue removing tank.
- the rotating brush also starts to rotate.
- the rotating brush cleans the residual glue in the diode, and the diode group moves forward under the driving of the roller, and the rotating brush is cleaned one by one.
- the thicker diode is sent to the discharge rail under the action of another set of conveying rollers, and finally conveyed to the discharge bin.
- the speed control switch of the rotating brush motor can be adjusted.
- the rotation speed of the rotating brush is adjusted, wherein the pressing pulley and the adjusting pulley can adjust the fixing position of the fixing bolt to adjust the belt tightness.
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Abstract
一种去胶机，用于去除SMA贴片二极管生产加工过程中残余的胶，包括控制箱(1)、电机、旋转刷(2)、传送辊轮(3)、进料轨道(4)、出料轨道(5)、去胶槽(6)，控制箱(1)是四方体形状的箱体，控制箱(1)上端一侧装有电机，另一侧装有去胶机构，所述的电机包括传送电机(7)和旋转刷电机(8)，传送电机(7)横向装在控制箱(1)上端，旋转刷电机(8)安装在"┐"状旋转支架(9)上，旋转支架(9)包括横向支架和竖向支架；该去胶机设计简单巧妙，可以有效的把二极管组依次有序的进行输送，且边输送边清理，只需人员监控设备，调节电机运行转速，方便快捷，省时省力，大大提高了生产加工的效率，且符合生产要求。
Description
本实用新型涉及SMA贴片二极管去胶领域，具体涉及一种去胶机。
SMA贴片二极管在生产加工过程中，外面一周圈会有残余的胶，导致产品看起来很粗糙，而且有胶残余会对SMA贴片二极管的使用带来麻烦，购买商看到这中产品会认为做工工艺不行，从而对产品质量也表示怀疑，带来很多不必要的麻烦，那么这样就需要把SMA贴片二极管外侧残胶清楚干净，还不能损坏产品，人工一个个清理费时费工，效率低下，没有一种设备可以很好的解决这种问题。
实用新型内容
为了解决上述实用新型问题，本实用新型提出了一种去胶机，可以安全可靠的对SMA贴片二极管进行清理残胶，省时省力，大大提高了工作效率。
为了达到上述实用新型目的，本实用新型提出了以下技术方案：
去胶机，它包括控制箱、电机、旋转刷、传送辊轮、进料轨道、出料轨道、去胶槽，控制箱是四方体形状的箱体，控制箱上端一侧装有电机，另一侧装有去胶机构，所述的电机包括传送电机和旋转刷电机，传送电机横向装在控制箱上端，旋转刷电机安装在
状旋转支架上，旋转支架包括横向支架和竖向支架，横向支架一侧下端连接竖向支架上端，横向支架另一侧下端压在去胶机构的固定块上端，竖向支架下端固定在控制箱上面，横向支架是是一个平板，平板一侧装有旋转刷电机，另一侧装有旋转刷，旋转刷电机的转轴端装有主动带轮位于平板的另一侧，旋转刷的转轴上装有从动带轮位于平板的一侧，主动带轮通过皮带连接从动带轮，且有压紧带轮装在平板中间偏下位置，压紧带轮顶在皮带下端外侧，所述的去胶机构包括支柱、传送辊轮、进料轨道、出料轨道、去胶槽，支柱有两个且并排安装在控制箱上面，两个支柱上端之间通过横梁连接，横梁一侧的靠近端部装有进料轨道，横梁一侧中间位置装有去胶槽，出料轨道装于横梁一侧的另一端，所述的传送辊轮有两组，一组装在进料轨道和去胶槽之间的横梁上，另一组装在出料轨道和去胶槽之间的横梁上，且都是通过固定块固定装在横梁上，传送电机的转轴端装有传送带轮，传送带轮通过皮带连接传送辊轮，两个支柱之间装有一个支撑板，支撑板中间有一个长槽，有一调节带轮一端装在支撑板的长槽内，调节带轮压在皮带的上面外侧，控制箱上端还装有一个辅助带轮安装在支柱的外侧控制箱上面，所述的皮带绕过传送带轮，再从两个传送辊轮上方绕过，最后绕过辅助带轮回到
传送带轮，且两个传送辊轮之间的上方皮带上压有调节带轮。
所述的传送辊轮包括有两组且分别由主动辊轮和从动辊轮组成，主动辊轮包括柱体、带轮、齿轮和辊轮，带轮装在柱体一端，齿轮装在带轮的内侧，辊轮装在柱体的另一端，从动辊轮包括柱体、齿轮和辊轮，齿轮装在柱体的一端，辊轮装在柱体的另一端，主动辊轮装在从动辊轮的下方，且通过齿轮相互啮合传动，主动辊轮的带轮通过皮带连接传送电机，主动辊轮和从动辊轮的柱体一同通过固定块固定在横梁上端。
所述的进料轨道是一个长板状轨道，轨道中间开有长槽，长槽中间位置又开有导槽，进料轨道靠近传送辊轮端设计成斜坡状。
所述的去胶槽呈“U”形状，去胶槽包括梯形板和两个隔板，隔板分别装在梯形板上面两端位置，所述的梯形板中间开有长槽，长槽中间开有导槽，梯形板两端呈坡状，隔板下端对应长槽开有弧形槽。
所述的控制箱是四方形体，一侧面是控制面板，控制面板右侧设计装有总开关，中间分别设计装有两个电机的控制开关，左侧设计装有旋转刷电机的调速控制开关。
所述的传送辊轮包括主动辊轮和从动辊轮，主动辊轮和从动辊轮的辊轮是圆柱状，且圆柱中间开有一个环形槽，主动辊轮和从动辊轮的圆柱面相互接触。
所述的旋转支架的竖向支架的下端设计开有圆孔，控制箱体上面对应设计装有双耳支脚，竖向支架下端插在双耳支脚中间，且通过圆柱销把竖向支架固定连接双耳支脚之间。
本实用新型的优点是设计简单巧妙，可以有效的把二极管组依次有序的进行输送，且边输送边清理，只需人员监控设备，调节电机运行转速，方便快捷，省时省力，大大提高了生产加工的效率，且符合生产要求。
图1是本实用新型的示意图。
图2是本实用新型的去胶机构的示意图。
图3是本实用新型的旋转支架的示意图。
图4是本实用新型的传送辊轮的示意图。
为了对本实用新型进一步说明，下面结合说明书附图来介绍：
参照附图1和图3，去胶机，它包括控制箱1、电机、旋转刷2、传送辊轮3、进料轨道4、出料轨道5、去胶槽6，控制箱1是四方体形状的箱体，控制箱1上端一侧装有电机，另一侧装有去胶机构，所述的电机包括传送电机7和旋转刷电机8，传送电机7横向装在
控制箱1上端，旋转刷电机8安装在
状旋转支架9上，旋转支架9包括横向支架和竖向支架，横向支架一侧下端连接竖向支架上端，横向支架另一侧下端压在去胶机构的固定块16上端，竖向支架下端固定在控制箱1上面，横向支架是是一个平板，平板一侧装有旋转刷电机8，另一侧装有旋转刷2，旋转刷电机8的转轴端装有主动带轮10位于平板的另一侧，旋转刷2的转轴上装有从动带轮11位于平板的一侧，主动带轮10通过皮带12连接从动带轮11，且有压紧带轮13装在平板中间偏下位置，压紧带轮13顶在皮带12下端外侧，所述的去胶机构包括支柱14、传送辊轮3、进料轨道4、出料轨道5、去胶槽6，支柱14有两个且并排安装在控制箱1上面，两个支柱14上端之间通过横梁15连接，横梁15一侧的靠近端部装有进料轨道4，横梁15一侧中间位置装有去胶槽6，出料轨道5装于横梁15一侧的另一端，所述的传送辊轮3有两组，一组装在进料轨道4和去胶槽6之间的横梁15上，另一组装在出料轨道5和去胶槽6之间的横梁15上，且都是通过固定块16固定装在横梁15上，传送电机7的转轴端装有传送带轮17，传送带轮17通过皮带12连接传送辊轮3，两个支柱14之间装有一个支撑板18，支撑板18中间有一个长槽，有一调节带轮19一端装在支撑板18的长槽内，调节带轮19压在皮带12的上面外侧，控制箱1上端还装有一个辅助带轮20安装在支柱14的外侧控制箱1上面，所述的皮带12绕过传送带轮17，再从两个传送辊轮3上方绕过，最后绕过辅助带轮20回到传送带轮17，且两个传送辊轮3之间的上方皮带12上压有调节带轮19。
参照图4，所述的传送辊轮3包括有两组且分别由主动辊轮31和从动辊轮32组成，主动辊轮3包括柱体、带轮33、齿轮34和辊轮35，带轮33装在柱体一端，齿轮34装在带轮33的内侧，辊轮35装在柱体的另一端，从动辊轮32包括柱体、齿轮34和辊轮35，齿轮34装在柱体的一端，辊轮35装在柱体的另一端，主动辊轮31装在从动辊轮32的下方，且通过齿轮34相互啮合传动，主动辊轮31的带轮33通过皮带12连接传送电机7，主动辊轮31和从动辊轮32的柱体一同通过固定块16固定在横梁上端。
参照图2和图4，所述的进料轨道4是一个长板状轨道，轨道中间开有长槽41，长槽41中间位置又开有导槽42，进料轨道靠近传送辊轮端设计成斜坡状。长槽和导槽的设计保证二极管正好卡装在轨道内，且不会卡阻。
参照图2，所述的去胶槽6呈“U”形状，去胶槽6包括梯形板61和两个隔板62，隔板62分别装在梯形板61上面两端位置，所述的梯形板61中间开有长槽63，长槽63中间开有导槽64，梯形板61两端呈坡状，隔板62下端对应长槽63开有弧形槽。去胶槽的设计保证二极管能够很好地通过去胶槽，不会在旋转刷的作用下飞出装置外，长槽、导槽和弧形
槽的设计保证二极管正好卡在里面，且不会卡阻。
参照图1，所述的控制箱1是四方形体，一侧面是控制面板，控制面板右侧设计装有总开关21，中间分别设计装有两个电机的控制开关22，左侧设计装有旋转刷电机的调速控制开关23。
参照图4，所述的传送辊轮3包括主动辊轮31和从动辊轮32，主动辊轮31和从动辊轮32的辊轮35是圆柱状，且圆柱中间开有一个环形槽36，主动辊轮31和从动辊轮32的圆柱面相互接触。传送辊轮上下两个，通过齿轮相互啮合传动，两个辊轮上面一个顺时针旋转下面的逆时针旋转，这样上下两个辊轮作用于二极管，可以使二极管向去胶槽移送。
参照图3，所述的旋转支架9的竖向支架的下端设计开有圆孔，控制箱体上面对应设计装有双耳支脚，竖向支架下端插在双耳支脚中间，且通过圆柱销把竖向支架固定连接双耳支脚之间。旋转支架可以顺时针旋转，把旋转刷从去胶槽内移开，对去胶槽内进行清理维护，旋转刷进行维修更换，或调节皮带松紧，操作方便，设计巧妙。
本实用新型使用时，SMA贴片二极管组通过人手工先放到进料轨道里，二极管的引线横向放在在长槽上，二极管的芯片位于长槽中间的导槽内，手动把最前端的二极管引线卡在主动辊轮和从动辊轮的辊轮之间，打开总开关，打开电机开关，主动辊轮和从动辊轮的辊轮就会对转，把二极管送到去胶槽内，这时旋转刷也开始旋转，当二极管经过去胶槽之后，旋转刷把二极管内的残胶刷干净了，二极管组在辊轮的带动下一直往前移动，旋转刷就一个个进行刷干净，去较厚二极管在另一组传送辊轮的作用下，送到出料轨道内，最终输送到出料箱内，在去胶过程中，可以通过调整旋转刷电机的调速控制开关进行度旋转刷的转速进行调整，其中压紧带轮和调节带轮可以通过移动调节固定螺栓的固定位置，来调节皮带松紧。
Claims (6)
- 去胶机，其特征是它包括控制箱、电机、旋转刷、传送辊轮、进料轨道、出料轨道、去胶槽，控制箱是四方体形状的箱体，控制箱上端一侧装有电机，另一侧装有去胶机构，所述的电机包括传送电机和旋转刷电机，传送电机横向装在控制箱上端，旋转刷电机安装在状旋转支架上，旋转支架包括横向支架和竖向支架，横向支架一侧下端连接竖向支架上端，横向支架另一侧下端压在去胶机构的固定块上端，竖向支架下端固定在控制箱上面，横向支架是是一个平板，平板一侧装有旋转刷电机，另一侧装有旋转刷，旋转刷电机的转轴端装有主动带轮位于平板的另一侧，旋转刷的转轴上装有从动带轮位于平板的一侧，主动带轮通过皮带连接从动带轮，且有压紧带轮装在平板中间偏下位置，压紧带轮顶在皮带下端外侧，所述的去胶机构包括支柱、传送辊轮、进料轨道、出料轨道、去胶槽，支柱有两个且并排安装在控制箱上面，两个支柱上端之间通过横梁连接，横梁一侧的靠近端部装有进料轨道，横梁一侧中间位置装有去胶槽，出料轨道装于横梁一侧的另一端，所述的传送辊轮有两组，一组装在进料轨道和去胶槽之间的横梁上，另一组装在出料轨道和去胶槽之间的横梁上，且都是通过固定块固定装在横梁上，传送电机的转轴端装有传送带轮，传送带轮通过皮带连接传送辊轮，两个支柱之间装有一个支撑板，支撑板中间有一个长槽，有一调节带轮一端装在支撑板的长槽内，调节带轮压在皮带的上面外侧，控制箱上端还装有一个辅助带轮安装在支柱的外侧控制箱上面，所述的皮带绕过传送带轮，再从两个传送辊轮上方绕过，最后绕过辅助带轮回到传送带轮，且两个传送辊轮之间的上方皮带上压有调节带轮。
- 根据权利要求1所述的去胶机，其特征是所述的传送辊轮包括有两组且分别由主动辊轮和从动辊轮组成，主动辊轮包括柱体、带轮、齿轮和辊轮，带轮装在柱体一端，齿轮装在带轮的内侧，辊轮装在柱体的另一端，从动辊轮包括柱体、齿轮和辊轮，齿轮装在柱体的一端，辊轮装在柱体的另一端，主动辊轮装在从动辊轮的下方，且通过齿轮相互啮合传动，主动辊轮的带轮通过皮带连接传送电机，主动辊轮和从动辊轮的柱体一同通过固定块固定在横梁上端。
- 根据权利要求1所述的去胶机，其特征是所述的进料轨道是一个长板状轨道，轨道中间开有长槽，长槽中间位置又开有导槽，进料轨道靠近传送辊轮端设计成斜坡状。根据权利要求1所述的去胶机，其特征是所述的去胶槽呈“U”形状，去胶槽包括梯形板和两个隔板，隔板分别装在梯形板上面两端位置，所述的梯形板中间开有长槽，长槽中间开有导槽，梯形板两端呈坡状，隔板下端对应长槽开有弧形槽。
- 根据权利要求1所述的去胶机，其特征是所述的控制箱是四方形体，一侧面是控制面板， 控制面板右侧设计装有总开关，中间分别设计装有两个电机的控制开关，左侧设计装有旋转刷电机的调速控制开关。
- 根据权利要求1或2所述的去胶机，其特征是所述的传送辊轮包括主动辊轮和从动辊轮，主动辊轮和从动辊轮的辊轮是圆柱状，且圆柱中间开有一个环形槽，主动辊轮和从动辊轮的圆柱面相互接触。
- 根据权利要求1所述的去胶机，其特征是所述的旋转支架的竖向支架的下端设计开有圆孔，控制箱体上面对应设计装有双耳支脚，竖向支架下端插在双耳支脚中间，且通过圆柱销把竖向支架固定连接双耳支脚之间。
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