The bench test results indicated that the metering quality of the dibbler was increased significantly after improvement.

台架验结果表明，穴播器经改进后对棉种的播种精度有了较大提高。

In this paper, we utilize current equipments such as dynameter and specific fuel consumption detector, and design a set of engine test bench platform based on P89C668.

根据发动机台架验台的基本要求,充利用了功机、油原有设备,开发了基于P89C668的发动机台架验台,实现了显示、打印、控制和通讯功能。

The bench test results indicated that the metering quality of the dibbler was increased significantly after improvement.

台架试表明，穴播器经改进后对棉种的播种精度有了较大提高。

In this paper, we utilize current equipments such as dynameter and specific fuel consumption detector, and design a set of engine test bench platform based on P89C668.

根据发动机台架试测试平台的基本要求,充利用了测机、油耗仪原有设备,开发了基于P89C668的发动机台架试测试平台,实现了显示、打印、控制和通能。

The bench test results indicated that the metering quality of the dibbler was increased significantly after improvement.

试验结果表，穴播器经改进后对棉种的播种精度有了较大提高。

In this paper, we utilize current equipments such as dynameter and specific fuel consumption detector, and design a set of engine test bench platform based on P89C668.

根据发动机试验测试平的基本要求,充利用了测功机、油耗仪等原有设备,开发了基于P89C668的发动机试验测试平,实现了显示、打印、控制和通讯等功能。

The bench test results indicated that the metering quality of the dibbler was increased significantly after improvement.

台架试验结果表明，穴播器经改进后对棉种的播种精度有了较大提高。

In this paper, we utilize current equipments such as dynameter and specific fuel consumption detector, and design a set of engine test bench platform based on P89C668.

根据发动机台架试验测试平台的基本要求,充利用了测功机、油耗仪等原有设备,开发了基于P89C668的发动机台架试验测试平台,实现了显示、打印、控制和通讯等功能。

The bench test results indicated that the metering quality of the dibbler was increased significantly after improvement.

架试验结果表明，穴播器经改进后的播精度有了较大提高。

In this paper, we utilize current equipments such as dynameter and specific fuel consumption detector, and design a set of engine test bench platform based on P89C668.

根据发动机架试验测试平的基本要求,充利用了测功机、油耗仪等原有设备,开发了基于P89C668的发动机架试验测试平,了显示、打印、控制和通讯等功能。

The bench test results indicated that the metering quality of the dibbler was increased significantly after improvement.

架试验结果表明，穴播器经改进后对棉种的播种精度有提高。

In this paper, we utilize current equipments such as dynameter and specific fuel consumption detector, and design a set of engine test bench platform based on P89C668.

根据发架试验测试平的基本要求,充利用测功、油耗仪等原有设备,开发基于P89C668的发架试验测试平,实现显示、打印、控制和通讯等功能。

The bench test results indicated that the metering quality of the dibbler was increased significantly after improvement.

台架试验结果表明，穴播器经改进后对棉种播种精度有了较大提。

In this paper, we utilize current equipments such as dynameter and specific fuel consumption detector, and design a set of engine test bench platform based on P89C668.

发动机台架试验测试平台本要求,充利用了测功机、油耗仪等原有设备,开发了P89C668发动机台架试验测试平台,实现了显示、打印、控制和通讯等功能。

The bench test results indicated that the metering quality of the dibbler was increased significantly after improvement.

台架试验结果表明，穴播器经改进后对棉种的播种精度有了较大提高。

In this paper, we utilize current equipments such as dynameter and specific fuel consumption detector, and design a set of engine test bench platform based on P89C668.

根据发动机台架试验测试平台的基本要求,充利用了测功机、油耗仪等原有设备,开发了基于P89C668的发动机台架试验测试平台,实现了显示、打印、控制和通讯等功能。

The bench test results indicated that the metering quality of the dibbler was increased significantly after improvement.

台架试验结果表明，穴播器经改进后对棉种的播种精度有较大提高。

In this paper, we utilize current equipments such as dynameter and specific fuel consumption detector, and design a set of engine test bench platform based on P89C668.

根据发动机台架试验试平台的基,充利功机、油耗仪等原有设备,开发基于P89C668的发动机台架试验试平台,实现显示、打印、控制和通讯等功能。