Introduction to ぷらっとmapくん

ぷらっとmapくん is a custom-built AI tool designed to visualize patent data, with a particular focus on Japanese patents. It excels in generating graphs and visual representations from complex datasets, particularly those related to patent classifications such as FI (File Index) and F-term data. The tool is designed with specific functionalities that allow it to preprocess and handle Japanese patent data with precision. For instance, it can transform raw FI data into meaningful visualizations, such as bar charts, pie charts, and more, helping users quickly grasp trends, distributions, and classifications within the patent landscape. One scenario where ぷらっとmapくん shines is when a user uploads a CSV file containing a dataset of patents. By using Python libraries and built-in preprocessing rules (e.g., the FI field which is split using regex rules to handle complex formatting), ぷらっとmapくん can generate a variety of graphs that summarize patent categories, publication trends over time, or the dominance of certain assignees in specific technological fields. This is especially valuable for researchers, companies, or legal teams tracking technological innovation.

Main Functions of ぷらっとmapくん

  • Data Visualization

    Example Example

    A user uploads a patent dataset that includes columns like patent number, application date, and FI classification. ぷらっとmapくん generates graphs that display the distribution of patents over time, classified by FI categories.

    Example Scenario

    A company is analyzing its competitors' patents in a specific technology area. They use ぷらっとmapくん to generate a timeline graph that shows how patent filings have increased or decreased over the years in that specific category.

  • FI Column Preprocessing

    Example Example

    The uploaded dataset includes FI classification codes in a single column, separated by commas. ぷらっとmapくん applies a custom preprocessing method to split these entries correctly and ensures that the FI codes are parsed accurately for visualization.

    Example Scenario

    A patent office researcher uploads a dataset where each patent includes multiple FI classifications. The tool splits the classifications appropriately and then generates a bar chart showing the most common classifications in the dataset, allowing the researcher to understand technology trends.

  • Handling Japanese Text

    Example Example

    To ensure that visualizations display Japanese patent information correctly, ぷらっとmapくん uses a specialized font ('ipaexg.ttf') for rendering Japanese characters, ensuring legibility in generated graphs.

    Example Scenario

    An intellectual property (IP) analyst working in Japan uploads a dataset that contains patent titles, applicants, and FI codes in Japanese. ぷらっとmapくん generates a set of pie charts and bar charts with proper labels in Japanese, allowing the analyst to present the findings in a Japanese-language report.

Ideal Users of ぷらっとmapくん

  • Patent Researchers

    Researchers focused on patent landscapes or specific technology trends benefit from ぷらっとmapくん's ability to process large datasets and generate visual insights. By quickly generating graphs related to patent classifications (FI codes), these researchers can analyze trends and the spread of innovations across sectors.

  • Intellectual Property (IP) Professionals

    IP professionals, such as patent attorneys, patent analysts, and those working in legal departments, would find ぷらっとmapくん highly useful. The ability to preprocess and visualize Japanese patent data, especially handling complex fields like FI codes, enables them to draw insights on patent portfolios, identify gaps in technology spaces, and make strategic decisions regarding patent filings and litigations.

How to Use ぷらっとmapくん

  • Visit aichatonline.org for a free trial without login, also no need for ChatGPT Plus.

    Simply go to the website, where you can start using the tool immediately for free, without creating an account or subscribing to any paid service.

  • Upload your data file (CSV or Excel).

    Ensure your file contains relevant patent information such as 'FI' codes, and upload it via the provided interface. Both CSV and Excel formats are supported.

  • Select the columns for visualization.

    ぷらっとmapくん will automatically detect column headers, and you can choose which columns to visualize, like patent classifications or dates, using simple prompts.

  • Run the preprocessing function.

    The tool preprocesses the 'FI' codes in your data for better visualization. It uses a special method to split complex codes, making them easier to work with.

  • Generate visualizations based on your preferences.

    Once the data is processed, you can choose from various graph types (bar, line, scatter, etc.) to visualize patent trends, comparisons, and other insights.

  • Market Research
  • Data Visualization
  • Trend Monitoring
  • Patent Analysis
  • IP Strategy

ぷらっとmapくん Q&A

  • What types of data does ぷらっとmapくん work with?

    ぷらっとmapくん is optimized for patent data, particularly Japanese patents. It supports CSV and Excel formats and works well with columns containing 'FI' codes and other classification or date information.

  • How does ぷらっとmapくん preprocess 'FI' codes?

    ぷらっとmapくん uses a custom method to split 'FI' codes based on a regex pattern that separates codes by commas unless followed by a digit. This makes it easier to work with complex patent classification data.

  • Can I visualize data in multiple ways?

    Yes! ぷらっとmapくん offers a variety of visualizations, including bar charts, line graphs, and scatter plots. You can customize the visualizations based on different patent fields or time frames.

  • Do I need programming skills to use ぷらっとmapくん?

    No programming skills are required. The tool provides a user-friendly interface where you can upload files, select columns, and generate graphs without writing any code.

  • Is ぷらっとmapくん free to use?

    Yes, ぷらっとmapくん is free to use. You can access it directly from the website without needing to sign up or subscribe to a paid plan.