Prototype gear and measurement method thereof

A gear and tooth surface technology, applied in the field of measuring gears and their measurement, can solve the problems of incompatibility, low measurement efficiency, different measurement mechanisms and physical quantities measured, and achieve the effect of increasing manufacturing costs and simplifying design and manufacturing.

Inactive Publication Date: 2012-10-24
SUZHOU UNIV
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Problems solved by technology

[0003] At present, both the single-side meshing measurement and the double-side meshing measurement of the gear realize the detection of the product gear through the meshing transmission of the product gear and the measuring gear, and the measurement process is dynamic and continuous, and the measurement efficiency is high. During the measurement process, the center distance and meshing state of the product gear and the measuring gear are different, and the measurement mechanism and measured physical quantity are also different. Therefore, the single-sided meshing measurement and double-sided meshing measurement of the gear are respectively performed by two different measuring instruments (single-sided meshing measurement) Surface engagement measuring instrument and double-sided engagement measuring instrument) to measure, so far, there is no measuring instrument that can realize both single-sided engagement measurement and double-sided engagement measurement
In addition, with the existing single-sided meshing measuring instrument and its measuring gear, one measurement process can only obtain the tangential comprehensive deviation curve of one side of the product gear tooth surface. To obtain the tangential comprehensive deviation curve of the product gear tooth surface on both sides must Perform secondary measurement, measurement efficiency is still low
Third, in order to ensure that the measuring gear can be in contact with the entire effective tooth

Method used

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  • Prototype gear and measurement method thereof
  • Prototype gear and measurement method thereof
  • Prototype gear and measurement method thereof

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Embodiment 1

[0026] See attached figure 1 And figure 2 The specific implementation of the half-tooth measuring gear structure of the measuring gear in this embodiment is as follows: In the cross section perpendicular to the gear axis, the gear 1 of the half-tooth measuring gear has only one-sided tooth surface, that is, the traditional measuring gear tooth The half tooth on one side of the symmetric center line 2 and the half tooth on the other side of the symmetric center line and the part of the rim connected to it are cut off to form a half tooth groove 3; in the shaft section passing through the gear axis, half The spokes 6 and hub 7 of the tooth measuring gear only have entities on one side of the axial symmetry plane 4, and the material on the other side of the axial symmetry plane 4 is cut away to form a cavity 5; along the gear axis direction, the half-tooth measuring gear wheel Half of the tooth width is connected with the spokes 6 and the hub 7, and the other half of the tooth wid...

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Abstract

The invention provides a prototype gear and a measurement method of the prototype gear. The prototype gear comprises two half tooth prototype gears, gear teeth of which are unilateral tooth surfaces; the half tooth prototype gears are coaxially arranged and are matched with each other to form a full tooth prototype gear; one of the two half tooth prototype gears is a fixed half tooth prototype gear which is fixedly connected with a shaft; the other half tooth prototype gear is a movable half tooth prototype gear which is connected with a shaft sleeve; a relative micro angular momentum is formed between the fixed half tooth prototype gear and the movable half tooth prototype gear. During measurement, when the fixed half tooth prototype gear is in single-surface meshed transmission with one gear surface of a product gear, the movable half tooth prototype gear keeps micro force contact with the other gear surface of the product gear under the action of a micro torque. According to a non-backlash transmission theory of a gear pair and the measured relative angular momentum between the fixed half tooth prototype gear and the movable half tooth prototype gear, a tangential comprehensive deviation and a radial comprehensive deviation of the two gear tooth surfaces can be acquired through a single surface mesh measurement; the prototype gear has the advantages of high measuring precision and reliability in results; and measuring efficiency is obviously improved, and investment to measuring equipment is reduced.

Description

Technical field [0001] The invention relates to a gear measuring technology, in particular to a measuring gear used for single-sided and double-sided meshing measurement of gears and a measuring method thereof. Background technique [0002] Gears are widely used transmission parts. The quality of gears is the main factor that affects the transmission quality of the gear pair and the performance of the whole machine. The measurement principle of gear single-sided meshing measurement and gear double-sided meshing measurement is simple, and the measurement process is dynamic and continuous and close to the use of gears. Condition, high measurement efficiency, and non-strict environmental requirements are common inspection methods for gear quality. The measuring gear refers to a standard gear with ideal and precise tooth profile. It is a key part of gear single-sided meshing measurement and gear double-sided meshing measurement. Gear single-sided meshing measurement. The product gea...

Claims

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Application Information

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IPC IPC(8): G01B3/12
Inventor 钱志良
Owner SUZHOU UNIV
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