Mastering Patent Claims for Software-Hardware Innovations #SoftwareHardware
https://patentbusinessidea.com/benefits-of-claiming-multiple-priorities-in-patent-filing

Mastering Patent Claims for Software-Hardware Innovations #SoftwareHardware

The convergence of software and hardware in modern innovations presents unique challenges for patent protection. This patenting guide provides detailed strategies for crafting effective patent claims that protect your intellectual property while meeting current legal standards.

System Patent Claims

System patent claims are fundamental for software-hardware combinations, describing the complete architecture of your invention.

User Device: Specify its role (e.g., “a handheld device executing [module name]”);

Network: Define connectivity (e.g., “a secure communication network”);

Server/Cloud: Highlight its function (e.g., “a cloud server analyzing biometric data”)

Modular Patent Structure for Clarity: Break down modules and submodules

Main Module: Core functionality (e.g., “a health monitoring module”).

Submodules: Supporting features (e.g., “a data encryption submodule”).

Method Patent Claims: Step-by-Step Execution

Independent Patent Claim: List essential steps (e.g., “receiving user input, processing data, displaying results”).

Dependent Patent Claims: Detail sub-steps (e.g., “processing data includes applying a neural network”).
https://patentbusinessidea.com/benefits-of-claiming-multiple-priorities-in-patent-filing

  • Independent Patent Claim: List essential steps (e.g., “receiving user input, processing data, displaying results”).
  • Dependent Patent Claims: Detail sub-steps (e.g., “processing data includes applying a neural network”).

Method Claims: Outline technical steps solving a problem (e.g., data processing, user authentication).

Dependent Patent Claims: Add Depth, Not Advantages


Avoid discussing advantages of the invention (e.g., “improved efficiency”). Instead, focus on:

Data exchange (e.g., “the server transmits encrypted data to the user device”).

Parameters (e.g., “the module processes data at a 100ms interval”).

Execution logic (e.g., “the submodule uses a machine learning algorithm”)
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Avoid discussing advantages of the invention (e.g., “improved efficiency”). Instead, focus on:

  • Data exchange (e.g., “the server transmits encrypted data to the user device”).
  • Parameters (e.g., “the module processes data at a 100ms interval”).
  • Execution logic (e.g., “the submodule uses a machine learning algorithm”)

Effective patent protection for software-hardware innovations requires careful consideration of both technical and legal aspects.

Ready to patent your innovation?

?? In a software-hardware combination, which component (user device, server, or network) do you think deserves the most emphasis in claims?

Prity is happy to be a part of the patent ecosystem and leads a team of techno-legal minds at TCIS. They analyze regulatory policies with a meticulous approach to determine the future of technology, law, and business in the Industry 4.0 era. At TCIS, the focus is on incubating great ideas and helping startups grow to the next level. They assist enterprises in entering India and finding the right angels and venture capitalists in countries such as Malaysia, Singapore, ASEAN countries, the United States, the United Kingdom, and Japan.

Share your questions below—I’d love to facilitate this discussion ??

Let’s build a future-proof IP strategy together.








#PatentStrategy #SoftwareHardware #InnovationProtection #PatentClaims

Pendant longtemps on a su, appris et appliquer qu'une invention doit ressembler les trois fameux critères pour obtenir un brevet Qu'en est-il avec les logiciels ? brevetables ? Oui ? Comment ?

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