Skip to main content

Table 2 Parameters of developed EPW

From: Attitude control of an inverted-pendulum-type robotic wheelchair to climb stairs considering dynamic equilibrium

Parameter

Symbol

Value

Wheel radius

r

0.125 m

Half-length of rotary link

l

0.13 m

Center of mass of body base

\(h_{\text {b}}\)

0.2528 m

Center of mass of seat

\(h_{\text {s}}\)

0.617 m

Mass of wheel

\(m_{\text {w}}\)

1.65 kg

Mass of rotary link

\(m_{\text {l}}\)

7.4 kg

Mass of body base

\(m_{\text {b}}\)

50.0 kg

Mass of slider (including payload)

\(m_{\text {s}}\)

98.5 kg

Total mass of wheelchair

M

169.9 kg

Inertia of wheel

\(J_{\text {w}}\)

\(0.00965\hbox { kgm}^{2}\)

Inertia of rotary link

\(J_{\text {l}}\)

\(0.107\hbox { kgm}^2\)

Inertia of body base

\(J_{\text {b}}\)

\(3.4\hbox { kgm}^{2}\)

Inertia of slider

\(J_{\text {s}}\)

\(1.23\hbox { kgm}^{2}\)