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education system utilizing the powertrain

机译:利用动力系的教育系统

摘要

DC motor rotation -> shaft rotation -> chain and timing belt rotation -> chain rotation V belt and round belt -> timing belt actuating ball screw according to LM guide -> coupling axis The rack and pinion are operated -> Anti-backlash gear, Geneva gear, and gears in the gearbox are rotated. HMI tells the location of each power element through a lamp and explains each power element. Operating principle Operates HMI by distributing PLC, which is an electric element. Benefits You can see the power trains shown in the text and photos in action. By using hmi and plc, you can bring an effect that can be recognized at a glance. V belts, chains, couplings, timing belts, racks and pinions, ball screws, Geneva gears, anti-backlash gears, and many more types of power units are gathered in one place. After the operation using the HMI controller, it became possible to operate through the PLC. The bearing housing and Geneva gears processed with precision using a machining center, When the axis processed with the base and CNC lathe presses the power button through the PLC, the DC module The motor rotates forward and the axis connected to the bevel gear rotates and is connected to the motor through the bevel gear. The power is transmitted in the direction perpendicular to the rear axis, and the other axis rotates through the coupling. Power is transmitted to the smaller shaft, and the shaft is also the sprocket of the chain and the timing belt. The chain and timing belt are operated by transmitting power to the pulley. Turn the pulley to operate. At this time, due to the circular belt and timing belt that operate, the ball screw As a result of the rotation, the LM Guide makes a reciprocating motion. Also connected with the timing belt another The other axis rotates the bevel gear to operate the worm gear with a reduction ratio, so that the speed is slower than before. It activates the lek and pinion, and also activates the zero backlash gear, and the gears are interlocked. By operating another worm gear, a large bevel gear is operated to transmit power to the large bevel gear. Transmits power in two directions. One of the two power sources is the operation of six spur gears (spur gears). The Geneva gear is connected to another bevel gear and moves in the other direction. Works. In addition, both ends of the LM guide are A limit switch is installed in the front and reverse rotation before the rake is removed. The rotation direction is changed by forward rotation, and the DC motor rotates when there is an abnormality when the gears are engaged. It is set to stop the rotation of the DC motor when pressing the emergency switch to stop the motor. All. Also, by making forward and reverse rotation buttons, the power transmission elements rotate forward and reverse respectively. I made it possible to see how they do.
机译:直流电机旋转 - >轴旋转 - >链条和时序带旋转 - >链旋转V皮带和圆带 - >时序带致动滚珠丝杠根据LM引导件 - >耦合轴机架和小齿轮操作 - >防齿轮齿轮,齿轮箱中的日内瓦齿轮和齿轮旋转。 HMI 通过灯讲述每个功率元件的位置并解释每个功率元件。 操作原理通过分配PLC操作,该PLC是电气元件。 福利您可以看到文本和照片中显示的电力列车。通过使用HMI和PLC,您可以一目了然地识别效果。 v腰带,链条,联轴器,定时带,架子和小齿轮,滚珠丝杠,日内瓦齿轮,反泡齿轮以及许多类型的电力装置都在一个地方聚集。在使用HMI控制器的操作之后,它可以通过PLC操作。使用加工中心使用加工中心的轴承箱和日内瓦齿轮用精度加工,当用基底和数控车床加工轴通过PLC按压电源按钮时,电机向前旋转,轴连接到锥齿轮旋转,并且是通过锥齿轮连接到电机。在垂直于后轴的方向上传递电力,并且另一个轴通过联接器旋转。电力传递到较小的轴,并且轴也是链条的链轮和同步带。通过向皮带轮传递电力来操作链和时序带。转动滑轮操作。此时,由于圆形带和正时带操作,滚珠丝杠作为旋转的结果,LM引导呈往复运动。还与同步带连接另一个轴旋转锥齿轮以减少蜗杆齿轮,使速度比以前慢。它激活lek和小齿轮,并激活零间隙齿轮,齿轮互锁。通过操作另一个蜗轮,操作大锥齿轮以向大锥齿轮传输电力。以两个方向传输功率。两个动力源之一是六个正齿轮(正齿轮)的操作。日内瓦齿轮连接到另一个锥齿轮并沿另一个方向移动。作品。另外,LM引导件的两端是限位开关安装在耙子之前的前部和反向旋转中。旋转方向通过正向旋转而改变,并且当齿轮接合时存在异常时,DC电动机旋转。当按下紧急开关时,设定为停止直流电机的旋转以停止电机。全部。而且,通过前进和反向旋转按钮,电力传输元件分别向前旋转和反向。我让可以看出他们是如何做的。

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