Tech Solution Exploration
AI33-4 Find-solution - Get Direction
Get the direction option results for technical solutions
post/ai/find-solution/step3-query/v3
Request
- Base URLhttps://connect.patsnap.com
- AuthHTTP bearer
- TypeScriptA function with typed inputs. Its response is checked against the schema.
Request body
Example request
{
"task_id": "80d440b7-80a5-4233-a75f-ab72b0885c88"
}Response
Successful ai33-4 find-solution - get direction response.
Example response
{
"data": {
"status": "SUCCEED",
"directions": [
{
"reason": "通过高能量密度电极材料升级与电解液优化提升电池能量密度",
"ticked": true,
"approaches": [
"采用单晶高镍NCM811/NCA正极材料配合硅碳复合负极(5-10%硅含量),同时使用高电压添加剂改性电解液,在电池体积不变情况下提升能量密度。"
],
"source_type": "model",
"verification": "实现260Wh/kg能量密度目标,同时控制成本增幅在15%以内,保持电池安全性能。"
},
{
"reason": "通过结构优化与轻量化设计减少非活性材料质量占比",
"ticked": true,
"approaches": [
"优化锂电池极片结构设计,采用双面不等厚度涂布工艺和梯度密实度电极,配合超薄铜箔(6μm)和铝箔(12μm)集流体,减少非活性材料占比。"
],
"source_type": "model",
"verification": "在保持电池体积不变的情况下,提高活性材料占比,实现能量密度提升至260Wh/kg,且与现有产线兼容。"
}
]
},
"error_msg": "The request parameter format is incorrect!"
}Changes
No recorded changes to this operation across all 1 revision of this API.