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Conical soil-engaging component with abrasion-resistant geometric structural surface

A geometric structure and component technology, applied in the field of soil processing and soil measurement machinery design, to achieve the effect of improving wear resistance, prolonging service life, and reducing friction and wear

Inactive Publication Date: 2010-09-22
JILIN UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] Based on the idea that the wear-resistant function of various biological surfaces is not only related to biological materials, but also related to the geometric structure of biological surfaces or the geometric structure surface formed by biological materials in the process of abrasive wear, the purpose of the present invention is to change the surface geometric structure of wearing parts To start with, solve the wear resistance problem of the contact surface between the soil and the cone head, and provide a cone-shaped soil-contacting part with a wear-resistant geometric structure surface, which is suitable for different working soils

Method used

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  • Conical soil-engaging component with abrasion-resistant geometric structural surface
  • Conical soil-engaging component with abrasion-resistant geometric structural surface
  • Conical soil-engaging component with abrasion-resistant geometric structural surface

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0089] Embodiment 1, the surface of the cone head adopts a package structure.

[0090] Referring to Fig. 4(a), the distance a without structural features is 12.14 mm, the cone angle α is 30°, and the radius of the convex hull is r=1.5 mm. Convex hull interval b=5mm, number of convex hull rows n=5, base length L1=4mm, thread length L2=15mm, bolt length L3=18mm, cone head length L4=42.14mm, thread diameter m1=12mm, cone head diameter m2=22mm.

[0091] Referring to Fig. 4(b), the distance a without structural features is 12.14 mm, the cone angle α is 30°, and the convex hull arc radius is 2 mm. Convex hull interval b=5mm, number of convex hull rows n=5, base length L1=4mm, thread length L2=15mm, bolt length L3=18mm, cone head length L4=42.14mm, thread diameter m1=12mm, cone head diameter m2=22mm.

[0092] Referring to Fig. 4(c), the distance a without structural features is 12.14 mm, the cone angle α is 30°, and the convex hull arc radius is r=2.5 mm. Convex hull interval b=5...

Embodiment 2

[0093] Embodiment 2, the surface of the cone head adopts a pit-shaped structure.

[0094] Referring to Fig. 5(a), the distance of no structural features is a=8.95mm, the cone angle α=30°, and the radius of the pit arc is r=1.5mm. Pit spacing b=6mm, number of pit rows n=6 base length L1=4mm, thread length L2=15mm, bolt length L3=18mm, cone head length L4=42.14mm, thread diameter m1=12mm, cone head diameter m2 =22mm.

[0095] Referring to Fig. 5(b), the distance a of no structural features is 8.95 mm, the cone angle α is 30°, and the radius of the pit arc is 2 mm. Dimple spacing b=6mm, number of dimple rows n=6, base length L1=4mm, thread length L2=15mm, bolt length L3=18mm, cone head length L4=42.14mm, thread diameter m1=12mm, cone head diameter m2=22mm.

[0096] Referring to Fig. 5(c), the distance a of no structural features is 8.95 mm, the cone angle α is 30°, and the radius of the pit arc is 3 mm. Dimple spacing b=6mm, number of dimple rows n=6, base length L1=4mm, thre...

Embodiment 3

[0097] Embodiment 3, the surface of the cone head adopts a structure of annular concave rib type.

[0098] Referring to Figure 6(a), the distance a=14mm without structural features, the cone angle α=30°, the concave rib structure Arc radius r=1.5mm. Concave rib structure spacing b=3mm, number of concave rib rows n=10, base length L1=4mm, thread length L2=15mm, bolt length L3=18mm, cone head length L4=42.14mm, thread diameter m1=12mm, cone head Diameter m2=22mm.

[0099] Referring to Fig. 6(b), the distance of no structural features is a=14mm, the cone angle α=30°, and the arc radius of the concave rib structure is r=2mm. Concave rib structure spacing b=3mm, number of concave rib rows n=10, base length L1=4mm, thread length L2=15mm, bolt length L3=18mm, cone head length L4=42.14mm, thread diameter m1=12mm, cone head Diameter m2=22mm.

[0100] Referring to Fig. 6(c), the distance of no structural features is a=14mm, the cone angle α=30°, and the arc radius of the concave ri...

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Abstract

The invention relates to a geometric structure of a workpiece of a vehicular sensor used for measuring soil moisture and compactness, in particular to a conical soil-engaging component with an abrasion-resistant geometric structural surface. The component consists of a substrate and bionic geometric structure units distributed on the surface of the substrate and is characterized in that: the bionic geometric structure units comprise a convex hull type, a concave pit type, an annular convex rib type, an annular concave rib type, a spiral convex hull type, a spiral concave pit type, a spiral convex rib type and a spiral concave rib type. The component aims to solve the problem of the abrasion of a conical head of a sensor when the soil moisture and the compactness are measured. The bionic geometric structure units and the substrate are of an integrated structure. The component is made of 1Cr18Ni9Ti, Cr15 or Si60Mn2.

Description

technical field [0001] The invention relates to a cone-shaped part for agricultural machinery processing or measuring soil parameters, in particular to the design of a sensor cone head, which is a surface with a wear-resistant geometric structure, and is mainly used in the technical field of soil processing and soil measurement machinery design. Background technique [0002] The measurement of soil moisture and compactness requires the sensor to work in the soil for a long time, and the wear is serious, which belongs to the type of abrasive wear. This wear is the main cause of component failure. As a result, the measurement accuracy is reduced and the measurement data is inaccurate. At present, in order to reduce this wear and tear. People mainly focus on improving the working conditions, improving the wear resistance of materials, developing higher wear-resistant materials, the influence of soil on wear resistance, and the exploration of abrasive wear mechanisms. These s...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01N33/24
Inventor 佟金马云海阿尔玛珠叶伟陈东辉陈玉香孙霁宇周江贾洪雷
Owner JILIN UNIV
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