20240011478. TEST DEVICE simplified abstract (HYDAC FLUIDTECHNIK GMBH)
Contents
TEST DEVICE
Organization Name
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.
