Pneumatic Seeder Air Supply Line Connection
Solution Overview
Problem
The existing pneumatic precision seed drills have a complex setup due to separate blowers for the precision seed drill and its associated distribution device, making the application of compressed air cumbersome.
Innovation Solution
Connecting the air pressure supply line for the distribution device directly to the overpressure area of the precision seed drill's housing, eliminating the need for a separate blower by using the existing fan-generated overpressure.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If separate blowers are assigned to the precision seed drill and the distribution device, then each component receives sufficient compressed air for operation, but the device complexity increases and the application becomes cumbersome
Solution Approach 1:
The patent merges the compressed air supply system by connecting the distribution device's air pressure supply line to the overpressure area of the precision seed drill's housing. This eliminates the need for a separate blower for the distribution device, reducing device complexity while maintaining reliable compressed air supply to both components through the shared overpressure area.
2Reliability
If a separate blower is used for the distribution device, then the pneumatic dosing device operates reliably, but the overall system complexity and number of components increases
Solution Approach 1:
The precision seed drill's blower and overpressure area are made multi-functional by enabling them to serve both the precision seed drill and the distribution device. The overpressure area generated by the single blower is utilized by both the separating drum and the pneumatic dosing device, eliminating the need for a second dedicated blower while maintaining reliable operation of both systems.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Simplifies the application of compressed air, reducing complexity and enhancing operational efficiency by leveraging the existing overpressure within the precision seed drill's housing.
Implementation Method 1
The reservoir 2 and the separating housing 1 are subjected to overpressure on the separating side of the drum by the air supply line 4 connected to the blower 3. This creates a pressure difference between the interior of the separating drum and the outside of the separating drum in its separating area.
Implementation Method 2
The seed grains separated by the separating drum can be fed to the dispensing elements by means of these dispensing lines 5 by means of an air flow via the dispensing lines 5.
Implementation Method 3
The precision seed drill has the additional distribution device 6 for distributing another material with the pneumatic conveying device 7, which is designed as a microgranular spreader.
Data Source
Figure 1
AI summary
The seeder has a seed storage container (2) including a housing (1) and a rotatably driven separator drum having perforations around the circumference of the drum, where a pressure difference between an inner region and an outer region of the drum is produced by a fan (3). A distribution device (6) is provided for distributing a material with a pneumatic conveyor (7), and a pressure generator is connected to an air pressure supply line (8) associated with a microgranulator. The air pressure supply line is connected with a connection terminal (10) in a separation area of the housing.