Design method for single-guide-rail window moving machine equilibrium structure
A design method and system balancing technology, applied in the direction of power control mechanism, wing leaf control mechanism, door/window accessories, etc., can solve problems such as jamming, glass tremor, system wear and so on
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[0027] as attached figure 1 As shown, a method for designing the balance structure of a single rail window shaker system is characterized in that it includes the following steps:
[0028] The first step is to analyze the force of the window shaker:
[0029] Suppose the frictional force on the glass of the left column of the window shaker is f B ;
[0030] Let f C ;
[0031] Let the friction force of the guide groove on the left glass of the window shaker be f 左 ;
[0032] Let f 右 ;
[0033] Let Δ be the distance from the center of gravity of the glass to the center of the glass pin of the window shaker;
[0034] The second step is to analyze the ideal state torque of the window shaker:
[0035] According to the torque formula M=FL, when the glass of the window shaker rises to overcome the gravity, the glass is subjected to the friction force torque: ΣM=f B .a+f 左 .a / 2+G.Δ-f 右 .b / 2-f C .b, in order to overcome the gravity when falling, the glass is subjected to the...
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