20240011478. TEST DEVICE simplified abstract (HYDAC FLUIDTECHNIK GMBH)

TEST DEVICE

Organization Name

HYDAC FLUIDTECHNIK GMBH

Inventor(s)

Joachim Morsch of Marpingen (DE)

Wolfgang Hahmann of Kempen (DE)

Gerd Schneider of Dillingen (DE)

TEST DEVICE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240011478 titled 'TEST DEVICE

Simplified Explanation

The abstract describes a test device for a fluidic pump that can be driven by a drive device. The device is characterized by its ability to control the pump rotational speed to achieve a specific fluid volumetric flow on the output side of the pump. This is achieved by temporarily conducting the fluid volumetric flow through a pressure influencing device, which creates a pressure drop during pump operation. An evaluation device can then analyze the decrease in pressure to determine any reduced functional capability of the pump device.

• The device is a test device for a fluidic pump.
• It can be driven by a drive device.
• The pump rotational speed can be controlled to achieve a specific fluid volumetric flow on the output side.
• The fluid volumetric flow is temporarily conducted through a pressure influencing device.
• The pressure influencing device creates a pressure drop during pump operation.
• An evaluation device analyzes the decrease in pressure to determine any reduced functional capability of the pump device.

Potential Applications:

• Testing and evaluation of fluidic pump devices.
• Quality control in manufacturing processes involving fluidic pumps.
• Research and development of new pump technologies.

Problems Solved:

• Provides a method to determine the functional capability of a fluidic pump device.
• Allows for testing and evaluation of pump performance.
• Enables identification of any reduced functionality or defects in the pump device.

Benefits:

• Accurate assessment of pump performance.
• Early detection of pump malfunctions or defects.
• Improved quality control in pump manufacturing.
• Facilitates research and development of more efficient pump technologies.

Original Abstract Submitted

a test device for a fluidic pump device (), which can be driven by a drive device and of which the pump rotational speed that leads to a defined fluid volumetric flow on the output side () of the pump device () is known, is characterized in that the fluid volumetric flow is conducted at least temporarily via a pressure influencing device () which, during operation of the pump device (), brings about a pressure drop, by way of the decrease of which an evaluation device () makes a statement about a reduced functional capability of the pump device () possible.