SemanticSearch/QueryJsonExamples.py at main · fluid40/SemanticSearch · GitHub

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import json
import QueryTechnicalData.QueryFunctions as QF

'''
This file contains examples how to apply the functions to get the query for your specific component
---------------------------------------------------------------------------------------------------
'''

'''
Returns a query Json for a general pump that:
- belongs to the product classification 51-41
- has a maximum operating pressure of minimum 100 bar
- has a displacement between 10 and 100 cm³/rev
- is adjustable
- has a nominal rotational speed between 1000 and 3000 rpm

It does check for ECLASS identifier without version number:
So for example "0173-1#02-AAB836" instead of "0173-1#02-AAB836#009"
'''
pump_query = QF.getPumpQuery_51_41(
    EclassVersion=False,
    ProductClassification = "51-41",
    MaxOperatingPressure = 100,
    Displacement_min= 10,
    Displacement_max = 100,
    Adjustable = True,
    NominalRotationalSpeed_min = 1000,
    NominalRotationalSpeed_max = 3000
)

print(json.dumps(pump_query, indent = 4, sort_keys=True, ensure_ascii=False))

'''
Returns a query Json for a Pressure Relief Valve that:
- has a maximum operating pressure of minimum 200 bar
- has a specific maximum cracking pressure of minimum 150 bar
- has a nominal pressure difference between 10 and 50 bar
- has a specified maximum flow rate of minimum 50 l/min

It does check for ECLASS identifier without version number:
So for example "0173-1#02-AAB836" instead of "0173-1#02-AAB836#009"
'''
pressure_relief_valve_query = QF.getPressureReliefValveQuery_51_44_02_01(
    EclassVersion=False,
    MaxOperatingPressure = 200,
    SpecifiedMaximumCrackingPressure = 150,
    NominalPressureDifference_min = 10,
    NominalPressureDifference_max = 50,
    SpecifiedMaximumFlowRate = 50
)

print(json.dumps(pressure_relief_valve_query, indent = 4, sort_keys=True, ensure_ascii=False))

'''
Returns a query Json for a Switching Non-Return Valve that:
- has a maximum operating pressure of minimum 200 bar
- has a specific maximum cracking pressure of minimum 150 bar
- has a nominal pressure difference between 10 and 50 bar
- has a specified maximum flow rate of minimum 50 l/min
'''
SwitchingNonReturnValveQuery = QF.getSwitchingNonReturnValveQuery_51_44_04_01(
    EclassVersion=False,
    MaxOperatingPressure = 200,
    SpecifiedMaximumCrackingPressure = 150,
    NominalPressureDifference_min = 10,
    NominalPressureDifference_max = 50,
    SpecifiedMaximumFlowRate = 50
)

print(json.dumps(SwitchingNonReturnValveQuery, indent = 4, sort_keys=True, ensure_ascii=False))

'''
Returns a query Json for a Proportional Directional Control Valve that:
- has a maximum operating pressure of minimum 250 bar
- is Adjustable
- has a nominal pressure difference between 10 and 50 bar
- has a specified maximum flow rate of minimum 100 l/min
'''
proportional_directional_control_valve_query = QF.getProportionalDirectionalControlValveQuery_51_45_01_02(
    EclassVersion=False,
    MaxOperatingPressure = 250,
    Adjustable = True,
    NominalPressureDifference_min = 10,
    NominalPressureDifference_max = 50,
    SpecifiedMaximumFlowRate = 100
)

print(json.dumps(proportional_directional_control_valve_query, indent = 4, sort_keys=True, ensure_ascii=False))

'''
Returns a query Json for a Proportional Flow Control Valve that:
- has a maximum operating pressure of minimum 250 bar
- is Adjustable
- has a nominal pressure difference between 10 and 50 bar
- has a nominal flow rate between 0 and 20 l/min
'''
proportional_flow_control_valve_query = QF.getProportionalFlowControlValveQuery_51_45_03_02(
    EclassVersion = False,
    MaxOperatingPressure = 250,
    Adjustable = True,
    NominalPressureDifference_min = 10,
    NominalPressureDifference_max = 50,
    NominalFlowRate_min = 0,
    NominalFlowRate_max = 20
)

print(json.dumps(proportional_flow_control_valve_query, indent = 4, sort_keys=True, ensure_ascii=False))

'''
Returns a query Json for a Differential Cylinder that:
- has a maximum operating pressure of minimum 250 bar
- has a stroke that can reach between 100 and 150 mm
- has a piston diameter between 25 and 30 mm
- has a piston rod diameter between 15 and 20 mm
- has a maximum piston speed between 0.1 and 0.2 m/s
'''
differential_cylinder_query = QF.getDifferentialCylinderQuery_51_48_01_01(
    EclassVersion=True,
    MaxOperatingPressure=250,
    Stroke_min=100,
    Stroke_max=150,
    PistonDiameter_min=25,
    PistonDiameter_max=30,
    PistonRodDiameter_min=15,
    PistonRodDiameter_max=20,
    MaximumPistonSpeed_min=0.1,
    MaximumPistonSpeed_max=0.2
)

print(json.dumps(differential_cylinder_query, indent = 4, sort_keys=True, ensure_ascii=False))

'''
Returns a query Json for a Tank that:
- has a maximum operating pressure of minimum 25 bar
- has a tank volume between 10 and 100 liters
'''

tank_query = QF.getTankQuery_36_03_01_04(
    EclassVersion=True,
    MaxOperatingPressure=25,
    NominalVolumeMin=10,
    NominalVolumeMax=100
)

print(json.dumps(tank_query, indent = 4, sort_keys=True, ensure_ascii=False))