Crankshaft driving mechanism of metal forming machine
A crankshaft drive and forging technology, which is applied in the field of forging machinery, can solve the problems of gear wear, unbalanced load, large torque, etc., and achieve the effects of reducing gear damage accidents, less impact force, and reducing local uneven force
Inactive Publication Date: 2010-09-22
段巧荣
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Problems solved by technology
[0003] The object of the present invention is to provide a crankshaft driving mechanism of forging machinery, which overcomes the existing problems of the crankshaft driving mechanism of forging machinery, such as large torque, errors in crankshaft manufacturing and installation, which easily cause stress Caused by eccentric load: it is easy to cause abnormal wear and damage to the gears directly installed on the crankshaft and the gears meshing with it
Method used
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[0009] Correctly install the double herringbone gear (2) at the crankshaft end on the top of the crankshaft (1), correctly install the double herringbone gear (3) at the output shaft end of the gearbox on the top of the output shaft (4) of the gearbox, and place the gear The box (5) is installed on the fixed plate (8) and bed (9) of the forging machine, and the double herringbone gear (2) at the end of the crankshaft is properly meshed with the double herringbone gear (4) at the output shaft end of the gearbox . Correctly install the connecting rod (6) with the crankshaft (1), correctly connect the connecting rod (6) with the slider (7), and install other transmission parts.
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The invention relates to a crankshaft driving mechanism of a crankshaft driving mechanism, which is characterized in that a crankshaft-end duplex herringbone gear is correctly installed on the crankshaft, a duplex herringbone gear on the output shaft end of a gear box is correctly installed on an output shaft of the gear box, the gear box is installed on a metal forming machine fixed plate and a lathe body, and the crankshaft-end duplex herringbone gear is ensured to be correctly engaged with the duplex herringbone gear on the output shaft end of the gear box. A connection rod and the crankshaft are correctly installed, the connection rod is correctly connected with a slide block, and other transfer components are well installed.
Description
technical field [0001] The invention relates to a crankshaft driving mechanism, in particular to a crankshaft driving mechanism of a forging machine. It belongs to the technical field of forging machinery. Background technique [0002] The crankshaft is the main part of the pressure output of the forging machine. In the actual work of the forging machine, it is often found that the drive gear installed on the crankshaft and the gear meshing with the drive gear are easily damaged and worn. The main reason for this is that the crankshaft is in the transmission system. The lowest speed stage, the torque it bears is the largest in the entire transmission system. At the same time, the crankshaft is also a part of the pressure output, and it bears a large impact force during work. In addition, the errors in the manufacturing and installation of the crankshaft are likely to cause force deviation. Therefore, it is easy to cause adverse effects on the gears directly installed on the...
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Inventor 段巧荣
Owner 段巧荣
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