Scientific

Import the hypoid gear coordinates into CATIA, use the surface function to get the gear surface of the hypoid gear, […]

Table 1 shows the basic parameters of hypoid gears, and table 2 shows the basic parameters of large and small

In generating machining, the tooth surface equation is still statically indeterminate through the formula, and the incremental angle of the

Ollicon hypoid gear processing machine tool (as shown in figure (a)) is mainly composed of cutting cutter head, cutter tilt

Oricon hypoid gears are machined by end face hobbing. Figure 1 shows the gear cutting principle of the end face

There are mainly two kinds of hypoid gears for axle: Gleason circular arc involute teeth and cycloid contour teeth, which

Increase the transmission ratio to 30, take the gear ratio of 2:60, and design and calculate the gear parameters. The

According to the theory and three-dimensional modeling process of hypoid gears with small number of teeth and large reduction ratio,

When solving the plane coordinate points of the tooth surface of the hypoid gear pinion, because the hypoid gear pinion

Since the coordinates (x, y, z) of any point on the tooth surface of hypoid gear have the following corresponding

According to the tooth contact analysis principle and gear meshing principle, the machining parameters of hypoid gear are calculated through

In the process of envelope generation of hypoid gear pinion, there is a meshing relationship between hypoid gear wheel tooth

The hypoid gear pinion with small number of teeth and high speed uses the principle of envelope method to envelope

Since the large hypoid gear wheel is processed by forming method, the profile of the hypoid gear wheel tooth surface

The machine tool for machining the tooth surface of the driving wheel (small wheel) of the hypoid gear pair has

The cutter head coordinate system SG for machining hypoid gear wheel is shown in Figure 1. The vector diameter RC

The basic parameters for machining hypoid gear wheel by forming method include: horizontal tool position H2, vertical tool position V2,

The purpose of orthogonal trial calculation is to find the key geometric factors and the best combination of hypoid gears.

For loaded working side: Radial force frad1d of hypoid gear pinion is: Radial force frad2d of hypoid gear wheel is:

Because the hypoid gear pair with less than 5 small teeth is designed, radial displacement and tangential displacement are comprehensively