A detection device for the failure of a harvester with a longitudinal axial flow drum

Abstract

The invention discloses a device for detecting the faults of a harvester with a longitudinal axial flow roller. The device comprises an acceleration sensor arranged on the main shaft of the harvester with the longitudinal axial flow roller, wherein the acceleration sensor is connected with a computer through a direct current removal module and a filter in sequence, and the computer is provided with a fault diagnosis module for the harvester with the longitudinal axial flow roller. According to the device, further through the steps and methods related to the device, the problems that in the prior art, diagnosis accuracy is low, and errors are large are solved, and moreover the defect that when blocking happens, in the deceleration and shut-down process, the accuracy of monitored instant rotating speed is too low to meet the request of fault diagnosis is overcome.

Description

technical field

[0001] The invention belongs to the technical field of fault diagnosis of harvesters, and in particular relates to a fault detection device for harvesters with longitudinal axial flow drums. Background technique

[0002] Over the years, domestically produced full-feed combine harvesters have basically adopted horizontally arranged axial-flow drums to separate from the separation device. This arrangement has a compact structure and better performance when the feed amount is small. Arrangement, limited by the space position, the threshing drum can not be too long, therefore, this type of harvester generally has the following problems: First, because the threshing drum is short, the threshing and separation capabilities are limited, and the entrainment loss will increase when the feeding amount is slightly larger Second, poor adaptability to wet crops and some hard-to-remove crops; third, material distribution on the cleaning screen surface is uneven, and the cl...

Examples

Embodiment Construction

[0009] Below in conjunction with embodiment the present invention will be further described.

[0010] A detection device for a harvester with a longitudinal axial flow drum, first of all, a fault diagnosis system for a harvester with a longitudinal axial flow drum is provided, including the main shaft of the harvester with a longitudinal axial flow drum The acceleration sensor, the acceleration sensor is connected to the computer through the DC module and the filter successively, and the computer has a fault diagnosis module for harvesters with longitudinal axial flow drums.

[0011] The fault diagnosis module for a harvester with a vertical axial flow drum is used to set up a first memory block, a second memory block and a third memory block to save the transmitted denoised drum with a vertical axial flow The signal flow of the parameters of the acceleration signal of the main shaft of the harvester, after the inspection of the transmission line, additionally set the first ca...

technical field

[0001] The invention belongs to the technical field of fault diagnosis of harvesters, and in particular relates to a fault detection device for harvesters with longitudinal axial flow drums. Background technique

[0002] Over the years, domestically produced full-feed combine harvesters have basically adopted horizontally arranged axial-flow drums to separate from the separation device. This arrangement has a compact structure and better performance when the feed amount is small. Arrangement, limited by the space position, the threshing drum can not be too long, therefore, this type of harvester generally has the following problems: First, because the threshing drum is short, the threshing and separation capabilities are limited, and the entrainment loss will increase when the feeding amount is slightly larger Second, poor adaptability to wet crops and some hard-to-remove crops; third, material distribution on the cleaning screen surface is uneven, and the cl...

Examples

Embodiment Construction

[0009] Below in conjunction with embodiment the present invention will be further described.

[0010] A detection device for a harvester with a longitudinal axial flow drum, first of all, a fault diagnosis system for a harvester with a longitudinal axial flow drum is provided, including the main shaft of the harvester with a longitudinal axial flow drum The acceleration sensor, the acceleration sensor is connected to the computer through the DC module and the filter successively, and the computer has a fault diagnosis module for harvesters with longitudinal axial flow drums.

[0011] The fault diagnosis module for a harvester with a vertical axial flow drum is used to set up a first memory block, a second memory block and a third memory block to save the transmitted denoised drum with a vertical axial flow The signal flow of the parameters of the acceleration signal of the main shaft of the harvester, after the inspection of the transmission line, additionally set the first ca...

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