A batch assembly apparatus and method for a hollow fiber electrode array

By designing a batch assembly device for hollow fiber electrode arrays, and utilizing components such as support parts, assembly molds, and guide funnels, the problem that the hollow fiber electrode preparation process cannot meet the requirements of large-scale production has been solved, achieving efficient and stable electrode array production, which is suitable for electrode arrays of various materials and sizes.

CN117046415BActive Publication Date: 2026-07-10NINGBO CARBON WEI NEW ENERGY TECHNOLOGY CO LTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
NINGBO CARBON WEI NEW ENERGY TECHNOLOGY CO LTD
Filing Date
2022-05-06
Publication Date
2026-07-10

AI Technical Summary

Technical Problem

The existing hollow fiber electrode preparation process cannot meet the needs of large-scale production applications, resulting in low production efficiency.

Method used

A batch assembly device for hollow fiber electrode arrays is provided, including a support, an assembly mold, a variable diameter conduit array, and a guide funnel. Through the cooperation of these components, the batch assembly of hollow fiber electrodes can be realized, simplifying the production process and controlling the assembly depth and stability of the electrodes.

Benefits of technology

It effectively simplifies the mass production process of hollow fiber electrode arrays, improves production efficiency, optimizes the preparation process, promotes large-scale production and application, and is suitable for hollow fiber electrode arrays of various materials and sizes.

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Abstract

The application provides a batch assembly device and method of a hollow fiber electrode array, which is used for batch assembly of a hollow fiber electrode preloaded in a first backing tube; the device comprises a support, an assembly mold, a variable-diameter conduit array and a guide hopper; the support is provided with a through hole in the length direction and a support hole array on the outer surface; the assembly mold is fixed above the support, and the assembly mold is provided with a mold hole array on the upper surface, which is consistent with the arrangement mode of the support hole array; the variable-diameter conduit array is located above the assembly mold and is consistent with the array arrangement mode of the mold hole array; and the guide hopper is located above the variable-diameter conduit array and guides the hollow fiber electrode to fall into the variable-diameter conduit array. The application effectively simplifies the batch assembly of the hollow fiber electrode array and the preparation work of the hollow fiber electrode array, greatly improves the production efficiency, forms an efficient, stable and low-cost assembly process amplification scheme, and promotes large-scale production and application of the hollow fiber electrode array.
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