FLUID PORT STRUCTURE AND SAMPLE SUPPLY DEVICE

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Inventor(s)

FLUID PORT STRUCTURE AND SAMPLE SUPPLY DEVICE - A simplified explanation of the abstract

This abstract first appeared for US patent application 18607432 titled 'FLUID PORT STRUCTURE AND SAMPLE SUPPLY DEVICE

Simplified Explanation

The patent application describes a fluid port structure with a tube and a cylindrical portion that allows the injection of fluid. The tube is sealable and has a flow path for the fluid. The cylindrical portion has a through hole where the tube's upstream end is inserted. The inner surface of the cylindrical portion is tapered, with the diameter of the through hole increasing towards the upstream end.

The fluid port structure includes a tube and a cylindrical portion.
The tube is sealable and has a flow path for the fluid.
A through hole in the cylindrical portion accommodates the tube's upstream end.
The inner surface of the cylindrical portion is tapered, with the diameter of the through hole increasing towards the upstream end.
The tube has a widening portion that widens along the tapered surface of the cylindrical portion.

Potential Applications

This technology could be used in various fluid injection systems, such as medical devices, industrial machinery, and automotive components.

Problems Solved

This innovation improves the sealability and flow control of fluid ports, enhancing the efficiency and reliability of fluid injection processes.

Benefits

- Enhanced sealability and flow control - Improved efficiency and reliability in fluid injection systems - Versatile applications in various industries

Commercial Applications

Title: Advanced Fluid Port Structures for Enhanced Performance in Fluid Injection Systems This technology can be applied in medical devices, industrial machinery, and automotive components to optimize fluid injection processes, leading to improved performance and reliability in various commercial applications.

Prior Art

Readers interested in prior art related to fluid port structures can explore patents and research papers on fluid control systems, sealable tube designs, and flow path optimization in fluid injection devices.

Frequently Updated Research

Researchers are continually exploring advancements in fluid port structures, focusing on improving sealability, flow control, and overall performance in fluid injection systems.

Questions about Fluid Port Structures

What are the key features of fluid port structures?

Fluid port structures consist of a tube, a cylindrical portion, and a through hole for fluid flow. The tapered inner surface of the cylindrical portion and the widening portion of the tube enhance sealability and flow control.

How can fluid port structures benefit different industries?

Fluid port structures can benefit industries such as healthcare, manufacturing, and transportation by improving the efficiency and reliability of fluid injection processes, leading to enhanced performance in various applications.

Original Abstract Submitted

A fluid port structure includes a tube and a cylindrical portion and receives injection of a fluid. The tube has sealability. A flow path through which the fluid flows is formed in the tube. In the cylindrical portion, a through hole that extends in an axial direction in which the fluid flows is formed. An upstream end portion of the tube is inserted into the through hole. An inner peripheral surface of the cylindrical portion has a tapered surface, and the more upstream a position on the tapered surface than a predetermined position in the axial direction, the larger a diameter of the portion of the through hole. The tube has a widening portion that widens along the tapered surface of the cylindrical portion in the upstream end portion.