Cutting fluid`s evolution monitoring device for e.g. cutting operation, has removing tool e.g. standard drill, generating forces for removing paramount material e.g. metal, before generating sliding or friction forces during machining works

摘要

#CMT# #/CMT# The device has a tool-holder (3), a material removing tool realized by a servomotor (1) having permanent magnets, test pieces, and a test bowl (10) for receiving a cutting fluid, where the material removing tool is a standard drill. The removing tool generates forces for removing a paramount material e.g. alloy or metal, before generating sliding or friction forces during machining works. #CMT# : #/CMT# An independent claim is also included for a method for monitoring the evolution or optimizing the performances of a body fluid in operation. #CMT#USE : #/CMT# Used for monitoring the evolution of a cutting fluid by measuring removing rate of a metal or alloy in machining operation e.g. cutting operation, milling operation and boring operation (claimed) by a material cutting tool e.g. standard drill, where the fluid is utilized for cooling or lubricating the material cutting tool. #CMT#ADVANTAGE : #/CMT# The device is quasi-insensitive to the torque and rotation speed with respect to a work load. The device has less inertia for starting and stopping in order to guarantee good precision of a machining time. The device permits to adjust the rotation speed and eliminates the need for manual or electronic imprecise sources. The device permits to add speed reducer or speed multiplicator stage to a servomotor in order to access different ranges of speed and torque. The device permits to optimize the performance of the cutting fluid and removal rate of the material. #CMT#DESCRIPTION OF DRAWINGS : #/CMT# The drawing shows a cutting fluid`s performance and evolution optimizing and monitoring device. 1 : Servometer 3 : Tool-holder 5 : Vertical columns 6 : Clamping handle 10 : Test bowl.