[AI33-2]Find-solution Query(Beta)

get
https://connect.patsnap.com/ai/find-solution/query
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The technical solution exploration involves creating a solution ID based on the interface generated, and then querying the status of the technical solution generation.

Please obtain the technical solution within the period when the cache of the exploration results of the technical scheme is valid. The validity period is 7 days after the generation of the solution.

Request Parameters

List of parameters supported by this API endpoint

NameTypeExampleDescription
solution_id
Required
string27527bfb3a42cbe99e0052376ad19398
solution_id

Response Schema

Structure of the API response data

Field NameTypeExampleDescription
data
object-
response data
status
stringSUCCEED
Return status value(SUCCEED,RUNNING,FAILED)
solution_list
array[ { "topic": "离子通道优化的三维多孔界面结构", "node_id": "4f94d0ea31e2f17d1849ba489608f5ba", "route_id": "7e5d943129c0fdd9a0cd61f7bff24fe0", "innovation": 0, "route_name": "界面阻抗过大", "contraction": "【核心矛盾】传统平面界面结构导致离子传输受限,界面阻抗大。", "description": "应用TRIZ<strong>第17条原理(维度转换)</strong>,设计具有三维网络结构的多孔界面层。采用<strong>定向冰模板法</strong>在隔膜/电极界面构建垂直于电极表面的定向微孔通道(孔径2-5μm,孔隙率40-45%)。这种结构可提供更大的离子传输截面积和更短的传输路径,使界面离子电导率提高至0.8-1.2 mS/cm(常规界面约0.3-0.5 mS/cm),界面阻抗降低约70%。实测显示,优化后电池能量密度可达270Wh/kg,倍率性能提升40%,且体积变化控制在±2%以内。" } ]
Solution list
status
Required
booleanfalse
Status
error_msg
stringThe request parameter format is incorrect!
Error Message
error_code
Required
integer0
Error Code

Success Response Example

Example of a successful API response

JSON
{
  "data": {
    "status": "SUCCEED",
    "solution_list": [
      {
        "topic": "离子通道优化的三维多孔界面结构",
        "node_id": "4f94d0ea31e2f17d1849ba489608f5ba",
        "route_id": "7e5d943129c0fdd9a0cd61f7bff24fe0",
        "innovation": 0,
        "route_name": "界面阻抗过大",
        "contraction": "【核心矛盾】传统平面界面结构导致离子传输受限,界面阻抗大。",
        "description": "应用TRIZ<strong>第17条原理(维度转换)</strong>,设计具有三维网络结构的多孔界面层。采用<strong>定向冰模板法</strong>在隔膜/电极界面构建垂直于电极表面的定向微孔通道(孔径2-5μm,孔隙率40-45%)。这种结构可提供更大的离子传输截面积和更短的传输路径,使界面离子电导率提高至0.8-1.2 mS/cm(常规界面约0.3-0.5 mS/cm),界面阻抗降低约70%。实测显示,优化后电池能量密度可达270Wh/kg,倍率性能提升40%,且体积变化控制在±2%以内。"
      }
    ]
  },
  "status": true,
  "error_code": 0
}

Error Codes

List of possible error codes returned by this endpoint

Business Errors

Error CodeDescription
68300004Invalid parameter!
68300005Search api failure!
68300006Analytic basic access error!
68300007Bad request!
68300008Service error, please try again later!
68300010The file does not comply with upload specifications!

Platform Errors

Error CodeDescription
67200000API call exceeds the total limit set by the platform!
67200001API call exceeds the total limit set by the platform!
67200002The current call rate is too fast, exceeding the current configuration limit QPS!
67200003The key and secret parameters for applying for the token are incorrect or the client has been disabled!
67200004The requested api does not have permission. Please contact our support personnel!
67200005Insufficient account balance/number of calls!
67200006The client has exceeded the activation validity period!
67200007The current call exceeds the configured usage limit of the day!
67200008Please check if the required apikey in the query parameter has been transmitted!
67200009The apikey does not match the passed bearerToken. Please check if a valid token is being used!
67200012The request is illegal!
67200100The current server status is busy, request response timeout!
67200101The API requested currently does not exist. Please check the request path!

HTTP Status Codes

Status CodeDescription
0Success
401Unauthorized
403Forbidden
404Not Found

Performance Metrics

Expected performance characteristics for this endpoint

Normal Response Time

5000 ms

Max Response Time

10000 ms