Vacuum System and Detection Device

Simple SummaryContent extracted from patent full text and abstract with AI.

This invention describes a vacuum system with a novel detection device for waves or particles (such as neutrons), where the detector is positioned outside the vacuum chamber rather than inside. This configuration enables the detection of particles or radiation passing through the vacuum chamber without placing the detector itself under vacuum, simplifying setup and maintenance. The system also features modular components, such as a separable sample (test) module and modular detection units, allowing flexibility and reduced technical complexity.

Use CasesContent extracted from patent full text and abstract with AI.

• Neutron scattering experiments for material characterization in scientific research.
• Neutron or particle beam experiments in large research facilities or synchrotrons.
• Industrial testing where non-destructive analysis of materials is needed using particle beams.
• Medical imaging and radiation therapy systems that use vacuum chambers and external detectors for safety and precision.
• Quality control in semiconductor manufacturing involving electron or ion detection in vacuum environments.

BenefitsContent extracted from patent full text and abstract with AI.

• Significant reduction in technical complexity and assembly costs by not requiring detector elements to be vacuum-compatible.
• Improved detector accessibility for maintenance and upgrades, as detectors are positioned outside the vacuum chamber.
• Reduced vacuum chamber volume, lowering materials and manufacturing costs.
• Enhanced vacuum quality and reduced risk of contamination, since detector gases do not leak into the vacuum chamber.
• Modular design allows easy system reconfiguration for different experiments, samples or upgrades.
• Improved cooling and electronics handling for the detector, since such systems don't need to operate within a vacuum.

Technical Classifications (CPCs)

Inventors & Applicants

Patent Abstract

The invention relates to a vacuum system comprising a vacuum chamber and a detection device and to a detection device for a vacuum system. A vacuum system (1) comprises a vacuum chamber (10) with an outer wall (12). The outer wall includes a volume (15) that can be evacuated. The vacuum system (1) further comprises a detection device (20) having a detection element for detecting waves and/or particles. The detection device (20) is arranged outside the vacuum chamber (10). In this way, high-quality detection can be achieved with little technical effort.