Shenzhen drive shaft manufacturer

    The drive shaft is a kind of working device of the loader. It is a device that can advance the smoothness of the loader so that the drive wheels can rotate at different angular speeds. The drive shaft relies on the spline and the taper shaft to transmit torque to the planet carrier. The taper fit often fails to transmit torque due to loose and worn eccentric bolts. Therefore, the structure of the drive shaft needs to be improved. The automatic selection of drive shaft is included. The semi-floating semi-axle is directly supported on the bearing placed in the inner hole of the outer end of the axle housing with a journal close to the outer end, and the end is fixed with the wheel hub by a journal with a tapered surface and a key, or with a flange It is directly connected to the wheel disc and brake drum).

    Transcribing unit (one of the core components) for copiers and laser printers. Transfer the "toner image" on the surface of the photosensitive drum to plain paper with high-voltage static electricity. This process is called "transfer". When the positively charged toner moves to the vicinity of the printing paper along with the photosensitive drum, the electrode placed behind the paper is positively charged. Because the voltage is as high as 500～1000V, the electrostatic attraction causes the paper to stick to the light guide plate. The negatively charged toner is adsorbed on the surface of the paper. Because this transfer method is related to the insulation of the paper, when the paper is damp due to the weather, the toner will not be completely and tightly adsorbed on the paper due to the leakage of the paper surface, resulting in poor print quality. There are two transfer methods, one is "corona discharge transfer" (electrode wire), and the other is "discharge rubber roller" transfer. The working principle of the two is the same. Different models have different transfer methods. The early production of laser printers mostly used the corona discharge transfer method. When the photosensitive drum carrying the toner image rotates to a position that is tangential to the transfer electrode or transfer rubber roller, a piece of printing paper is also fed between the two. At this time, the high voltage applied to the transfer electrode starts Discharge, while pushing the printing paper to the photosensitive drum, the toner image on the photosensitive drum will be attracted to the printing paper due to the transfer of the high-voltage electric field on the bottom of the printing paper to complete the secondary transfer of the toner image. The discharge polarity of the transfer electrode wire or transfer rubber roller is the same and negative, but this negative voltage is higher than the negative voltage in the exposure area of ​​the photosensitive drum, so that while pushing the printing paper to the photosensitive drum, it also reduces The toner is attracted to the printing paper as much as possible.