Core assembly and core mount for use in an x-ray generating unit of a medical imaging device

By designing a combination of core components and core mounting parts, the problem of non-standardized installation of high-power magnetic cores was solved, enabling a fast and reliable assembly process, reducing costs and improving the performance and reliability of imaging equipment.

CN122140273APending Publication Date: 2026-06-05GE PRECISION HEALTHCARE LLC
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
GE PRECISION HEALTHCARE LLC
Filing Date
2025-11-13
Publication Date
2026-06-05

AI Technical Summary

Technical Problem

The non-standardized installation of high-power magnetic cores in existing medical imaging equipment leads to long assembly times, high costs, non-compact systems, and a tendency for misalignment, affecting equipment performance and assembly efficiency.

Method used

An assembly comprising a core component and a core mount is designed, which utilizes positioning features and mechanical component integration to provide positional constraints and high reliability, adapt to space constraints and optimize cooling, and reduce manufacturing and assembly time.

Benefits of technology

It enables a fast and reliable assembly process, reduces manufacturing and assembly costs, ensures proper component alignment, adapts to limited spaces, and optimizes the mechanical holding of high-power magnetic cores, thereby improving the performance and reliability of imaging equipment.

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Abstract

An assembly (128) is configured for use in an x-ray generating unit of a medical imaging device (100). The assembly (128) includes a core assembly (136), a core mount (132), and one or more straps (140) configured to couple the core assembly (136) to the core mount (132). The core assembly (136) includes a magnetic core (368), a plurality of insulated cables, a plurality of standoffs (584), and the core mount (132). Each of the standoffs (584) is configured to be coupled to an end (236) of each of the insulated cables. The core mount (132) is configured to receive the core assembly (136). The core mount (132) includes a longitudinal section (142) extending along a first plane (152), a lateral section (208) extending from the longitudinal section (142) along a second plane (220), and a plurality of receptacles extending from the lateral section (208). Each of the receptacles is substantially perpendicular to the second plane (220) and includes a receptacle hole (324) configured to receive one of the standoffs (584).
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