Diamond Circular Saw Blade
This paper describes a vibration control system and buy wow account a recognition of culling state in sawing by a Circular saw blade. In the machining using a dcircular saw blade, unstable vibration in the rotating shaft direction of the tool is generated by the effect of cutting edge angle or rake angle of the tool. This vibration causes generation of the noise and the tool failure, and the productivity remarkably lowers. In this study, an improvement in the cutting stability is attempted by the reduction in the axial displacement of the tool wow accounts by fastening the circular saw blade with coned disk springs. In addition, Cutting blade recognition system which is based on an artificial neural network is also proposed. In this system, power spectrums of the signals detected by a displacement detector and a sound-level meter are calculated to identify the cutting state. The input data of the artificial neural network are normalized by the maximum value of the power spectrum. The normarized patterns are utilized to identify whether the cutting state wow account is stable or unstable. The Napkin machine control system and the cutting state recognition system have been examined in cutting tests. The test results verify the effectiveness of the proposed Systems for practicalapplication method for preparing a large-area super-thin stone material by use of small circular saw blade includes such steps as cutting on the big
tiffany jewelry stone slab according to the sizes of needed small stone slabs to form multiple ditches, fixing the big stone slab to the bench of a horizontal cutting machine, sucking gold for sale the first needed small stone strip by a sucking unit, using small circular saw blade to saw the big stone slob for separating the first small stone strip from the roll forming machine, repeating said steps until all small stone strips are separated to obtain a large-area super-thin stone material and several small super-thin tiffany stone strips. Said horizontal cutting machine is also disclosed. All patent data come from State Intellectual Property Office of the People's Republic of China
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