id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
ap-4393	Hevko, Bohdan Matviiovych; Hevko, Roman Bohdanovych; Klendii, Oleksandra Mykolaivna; Buriak, Mykola Vasyliovych; Dzyadykevych, Yurii Volodymyrovych; Rozum, Ruslan Ivanovych	IMPROVEMENT OF MACHINE SAFETY DEVICES	2018	9	.pdf	application/pdf	9238	348	60	This model is described by the following set of equations  ;21111   cTJ d    ;211221 mTcJ   (1)  ;432322   cTJ m    ,43243 rTcJ   where Td – rotating torque of a drive; Tm – rotating torque at half couplings interaction; Tr – operating element shaft resistive torque; 1с - reduces torque stiffness of drive elements between an engine and a driven half coupling; 2с - reduced torque stiffness of drive elements between a driven half coupling and an operating element shaft; 1 - angle of drive shaft torque; 2 - angle of drive half coupling torque; 3 - angle of driven half coupling torque; 4 - angle of operating element shaft torque; 1J - equivalent drive moment of inertia; 21J - equivalent drive half coupling moment of inertia; 22J - equivalent driven half coupling moment of inertia; 3J - equivalent operating element shaft moment of inertia. Screw conveyer with an overload clutch: 1 – nut; 2 – spring element; 3 – axial bearing; 4 – driven half coupling; 5 – drive half coupling; 6 – hopper; 7 – screw body; 8 – screw feeder; 9 – pipe (screw feeder shaft); 10 – needle bearing; 11 – solid shaft; 12 – flange drive side; 13 – frame; 14 – flange non-drive side; 15 – angular contact bearing; 16 – balls; 17 – rack Fig.2.	cache/ap-4393.pdf	txt/ap-4393.txt