Method for preventing detected work piece from rolling over
A workpiece and workpiece groove technology, which is applied in the field of auxiliary devices in the cutting tool detection process, can solve the problems of workpiece rollover, distance shortening, unfavorable detection accuracy and completeness, etc., and achieve the effects of preventing rollover, easy processing, and simple structure
Inactive Publication Date: 2016-06-22
彭建明
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Problems solved by technology
After the cutting tool is processed, it needs to be inspected, the unqualified workpieces should be removed, and the qualified workpieces should be cleaned, packaged, and stored. The workpiece is turned sideways, usually in the form of placing the two ends separately, but the distance to be measured is shortened, which is not conducive to the accuracy and completeness of the detection
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[0018] Such as figure 1 As shown, the present invention is a method for preventing the workpiece under test from turning over, including a reference table 1 and a clamp that cooperates with the reference table 1. The reference table 1 is a cuboid and has two end faces, two side surfaces, and an upper surface. , and a bottom surface, the upper surface of the reference platform 1 is concave along the axis of its upper surface to form two clamping surfaces 3, the clamping surface 3 penetrates the upper surface of the reference platform 1 and is connected with the two end surfaces, the two clamping surfaces The surface 3 forms a workpiece groove with a cross-section of "V" on the reference platform 1. The workpiece groove is located on the axis of the reference platform 1. The two sides of the reference platform 1 are respectively provided with chute 4. The cross section of the chute 4 is Rectangular, the chute 4 communicates with the two end faces of the reference platform 1, and...
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The invention discloses a method for preventing a detected work piece from rolling over, comprising a reference table and a clamp matching the reference table. The upper surface of the reference table inwardly sinks along the axis of the upper surface to form two clamping surfaces, the clamping surfaces penetrate through the upper surface of the reference table and are connected with the two end surfaces of the reference table, and the two clamping surfaces form a work piece groove with a V-shaped cross section on the reference table. The two side surfaces of the reference table are each provided with a sliding chute which is communicated with the two end surfaces of the reference table. The clamp includes two connected support legs, the bottom of each support leg is equipped with a sliding block matching the corresponding sliding chute, a screw hole is arranged at the joint of the two support legs, and a screw matching the screw hole is mounted in the screw hole. A work piece is suspended under the gravity of the reference table, so the work piece does not roll over. A balance weight hole is arranged to prevent rollover. The device is applicable to work pieces of multiple specifications.
Description
technical field [0001] The invention relates to an auxiliary device in the cutting tool detection process, in particular to a method for preventing a workpiece to be tested from turning over. Background technique [0002] Cutting tools are tools used for cutting, mainly referring to turning tools, reamers, planers, drills, etc. There are two main types of materials: cemented carbide and hardened steel. The usual cutting tools are cemented carbide as a whole , the advantage is that the use time is long, the disadvantage is that the cost is too high, and the hard alloy can not be fully utilized; there is also a kind of hardened steel as the basic part of the cutting tool, and the hard alloy is used as the cutting tool blade, the advantage is low cost, the disadvantage is It has short service life, poor wear resistance, complicated processing technology and low success rate. The manufacturing process of cutting tools mainly includes: material selection, blanking, preliminary p...
Claims
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IPC IPC(8): G01D11/16
Inventor 彭建明
Owner 彭建明