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dsh-kpa2psi

Web Tools Updated 2026.08.21

Run the following command in DeepSeek Harness:

dsh plugin install uckkk/dsh-kpa2psi

Paste the following prompt into your AI chat to install this plugin:

Run dsh plugin install uckkk/dsh-kpa2psi in the DeepSeek Harness terminal to install this plugin; source code is available at https://github.com/uckkk/dsh-kpa2psi.

About this plugin

In engineering debugging, aviation maintenance, tire-pressure inspection, and hydraulic-system calibration, kPa and PSI appear side by side with almost every data sheet an engineer reads. Switching between the two units by hand is slow and invites small but costly errors in decimal places or rounding. dsh-kpa2psi collapses that step into a single, deterministic call—no more mental arithmetic before the next API request or log entry.

The plugin is intentionally narrow: a pure Node.js implementation with zero network dependencies and no third-party runtime packages. It can be dropped into offline environments, CI pipelines, or embedded scripts and will execute the same way whether the machine has internet access or not. Because the conversion logic is lightweight and synchronous, it fits naturally into automation scripts, device-log parsers, or teaching demos where a one-liner is all you need.

It is well suited for technical-support staff in the automotive and tire industry, integration engineers working on hydraulic or pneumatic systems, aviation-maintenance technicians, and any developer who frequently aligns pressure figures between Chinese and English technical documentation. If you convert a value once a month, a system calculator is fine; but the moment that conversion lives inside a script, dashboard, or data pipeline, dsh-kpa2psi turns it into a line of code you will forget is there.

Use Cases

  • Batch-convert kPa readings to PSI inside an automation script before writing an English-language report.
  • Quickly cross-check pressure parameters between Chinese and English hydraulic-system datasheets during a design review.
  • Demonstrate the kPa-to-PSI relationship to students with a single line of code in a classroom demo.

Best For

  • Technical-support engineers in the automotive and tire industry who align pressure figures between Chinese and English documents.
  • Hydraulic and pneumatic system integration engineers who switch between kPa and PSI on a daily basis.
  • Developers building automation scripts or data pipelines who want a zero-dependency, offline-capable conversion step.