Sharing and Embedding for Aerospace Equipment Yield Data

Aerospace equipment yield-related data is sourced from three primary public sources in the national defense and military industry sector: research

What Aerospace Equipment Yield Data Looks Like

Aerospace equipment yield-related data is sourced from three primary public sources in the national defense and military industry sector: research project fund settlement documents, on-orbit satellite operating revenue reports, and commercial space launch service transaction ledgers. Two update cadences apply: regular models are updated quarterly, while data for major launch missions is updated in real time alongside mission milestones. Most data documents use structured table formats, with fields including equipment model, mission batch, mission cycle, cost composition, revenue items, and net income calculation. For field units and types: costs are measured in ten thousand yuan, revenue in hundred million yuan, mission cycles in natural days or quarters, and equipment model and mission batch are string-based identification numbers.

Constraints on Sharing and Embedding Workflows

The traits of aerospace equipment yield-related data create clear constraints for sharing and embedding workflows. First, structured tables contain large-value fields. After embedding, the layout must adapt to the display width of different terminals to avoid numerical overflow that reduces readability. Second, two update cadences exist: quarterly regular updates and real-time updates tied to mission nodes. When embedding, configure data pull logic that matches the corresponding update cycle. Third, some fields are dedicated identification numbers. When sharing via embedding, confirm permission scopes to prevent sensitive information leaks. Additionally, the fixed document structure requires embedding components to support custom column filtering to exclude non-essential fields.

Configuration Settings

Configuration ItemRecommended SettingRationale
share_languageCustom specifiedThe audience for aerospace equipment data may include domestic and overseas teams. Custom settings bypass language restrictions imposed by the console’s main interface
iframe_max_width800–1200 pixelsAerospace equipment data tables have many fields. Adapting to the width range of mainstream terminals prevents numerical overflow
auto_refresh_interval86400 seconds (regular models) or 300 seconds (mission node data)Matches the quarterly/real-time update cadence of aerospace equipment data to avoid pulling outdated information
hide_system_promptEnabledConfiguration prompts related to aerospace equipment are internal settings and do not need to be displayed externally
view_record_permissionOnly visible to the creatorQ&A records contain business-sensitive information, so viewing permissions must be restricted
max_embed_clientsCalibrated via actual testingAvoid service performance fluctuations caused by too many iframe loads. Adjust based on actual deployment resources

The parameter values provided on this page are general recommendations used as a starting point for configuration. Actual values are affected by material form, data volume, and business rules. Specific issues require case-by-case analysis. It is recommended to test on your own samples before finalizing settings.

Three Common Misconfigurations

  • Issue: The language of the shared link interface does not match the preset custom language, and the console’s main interface language is still displayed. Cause: The share_language parameter was not configured correctly, and the console’s global language setting was inherited by default.
  • Issue: Service response timeout occurs after embedding 10,000 iframes, with status code 503 Service Unavailable returned. Cause: The max_embed_clients parameter was not configured, and the number of embedded clients was not restricted, leading to exhaustion of system resources.
  • Issue: Q&A records from users accessing the login-free shared link cannot be viewed. Cause: The view_record_permission parameter was not configured, and record viewing permissions were disabled by default.

How to Verify Successful Configuration

  • Access the shared link to confirm the interface language matches the preset custom language. If there is a mismatch, adjust the share_language parameter again.
  • Embed multiple iframe terminals and monitor resource usage via the service monitoring panel. If abnormal fluctuations occur, adjust the max_embed_clients parameter.
  • Check the chat window to confirm the system prompt is hidden. If not, re-enable the hide_system_prompt configuration item.
  • Access the login-free shared link with a test account, initiate a Q&A, and confirm the creator can view the corresponding record in the backend. If access fails, adjust the view_record_permission parameter.

Question material comes from public community discussions. Configuration values are common starting points and should be measured against your own samples. Verified on 2026-09-14.