Good Java Design pattern/implementation approach suggestion for the below case.

I have the question regarding the code snippet below.

interface Component{
    boolean isRelevant();
}
public abstract class AbstractComponent implements Component {
    String componentType;
    List<String> data;
    public AbstractComponent(String componentType, List<String> data) {
        //assign values. 
    }
}
class ComponentA implements Component {
    //Constructor with super method to pass type and data to parent class. 
    public boolean isRelevant() {
        //Use data to check relevance. 
    }
} and so on components. 

//Main program to Test 
List<Component> components; //Initialize all Components with type and data.Ex:  new Component("CompA", Data);

Iterate through the Component and run isRelevance over components.

for each component {
    boolean flag = comp.isRelevant()
    //HOW DO I Check Component Type here that need to be used in next section as i explained?
}

Secondly based on the combination of Components with true/false, we will arrive with name. Ex: CompA is relevant, B is relevant and C is not. ===> "Good" CompA is not relevant, B is relevant and C is not. ===> "Better" I was thinking of creating a Map with 1/0 bit flags combination and assigning the name. Say "110" => Good. Can i have some suggestions on giving a better design/implementation approach for this?