The content of the provided file, referred to as `load.py`, has started with a copyright statement, followed by licensing information, and then proceeds with Python code that includes imports and initial definitions. 

Based on the given hint about an issue with the file naming convention in a Python script, and from the initial review of the content, it might be challenging to determine issues related to file naming conventions directly without seeing specific parts of the script that deal with file operations or naming. However, let's dive deeper into the Python script to identify if there are any issues related to file naming conventions by analyzing sections of the code that involve file handling, such as file accesses, comparisons, or manipulations. 

We will specifically search for:
- File naming or handling conventions that might be incorrect, inconsistent, or not following best practices.
- Operations involving file names that could potentially lead to errors or issues.

Let's process the entire script content further to find mentions of file operations or specific patterns that could raise concerns regarding file naming conventions.The investigation into the `load.py` script has surfaced several lines where file operations or path manipulations are performed, potentially hinting at areas where issues related to file naming conventions could arise. Below are a few of the identified lines from the script:

1. **Use of `filecmp`**: Imported at the beginning of the file, which is a module used for file comparisons. It raises the necessity of checking how files are compared and whether their naming conventions are consistent and correctly applied.

2. **Use of `shutil`**: Similarly, the presence of the `shutil` module indicates operations like copying or moving files, which could lead to issues if file naming conventions are not properly handled.

3. **Use of `fsspec`**: This import suggests advanced file system operations, possibly involving file naming conventions that need close inspection to ensure correctness.

4. **Operation involving `os.path`** (line 91): Dynamically constructing a path using the `os.path.join` method, which includes variables. This dynamic nature could lead to incorrect file paths if naming conventions are not adhered to correctly.

5. **Conditional check for existence** (line 93): The script checks if a `__init__.py` file exists in a dynamically determined path. The use of `os.path.exists` along with `os.path.join` to build the path being checked presents potential for naming convention issues, especially in ensuring that Python package structures are correctly maintained.

Since these are conceptual hints towards potential issues and without specific instructions or expectations regarding the file naming conventions that should have been followed, the identification of concrete issues requires additional contextual information about the expected naming standards. However, it's clear that the script involves several complex file manipulations and checks, which could easily lead to issues if specific file naming conventions (expected by the rest of the system or project) are not rigorously adhered to. 

To create a proper issue report as requested, more precise and contextual understanding of the expected file naming standards and how the identified lines potentially violate those would be needed. Without that, these lines represent areas of the code that warrant further inspection and consideration to ensure compliance with best practices and project-specific conventions around file naming and handling. 

If there are specific naming conventions expected for the project that this script belongs to, please provide them so we can further refine these findings into actionable issue reports.