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Last Updated: December 18, 2025

Profile for Hungary Patent: 225917


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US Patent Family Members and Approved Drugs for Hungary Patent: 225917

The international patent data are derived from patent families, based on US drug-patent linkages. Full freedom-to-operate should be independently confirmed.
US Patent Number US Expiration Date US Applicant US Tradename Generic Name
6,656,935 Apr 27, 2025 Vivus Llc STENDRA avanafil
>US Patent Number >US Expiration Date >US Applicant >US Tradename >Generic Name

Detailed Analysis of the Scope and Claims and Patent Landscape for Hungary Drug Patent HU225917

Last updated: July 27, 2025

Introduction

Hungary patent HU225917, granted to [Assumed Applicant/Assignee], pertains to a novel pharmaceutical compound/method/process relevant within the therapeutic domain. This analysis delineates the patent’s scope and claims, explores its positioning within the patent landscape, and assesses implications for stakeholders—be they pharmaceutical companies, generic manufacturers, or researchers. The core aim is to inform strategic decisions concerning patent enforcement, licensing, and R&D focus in Hungary and beyond.

Overview of Patent HU225917

Hungary patent number HU225917 was granted on [assumed date], claiming priority from [priority dates if applicable]. The patent title suggests a focus on [general area: e.g., a therapeutic compound, delivery system, or method of treatment], with specific claims designed to protect inventive aspects and commercial utility.

The patent encompasses a description of:

  • The chemical structure or biological mechanism involved.
  • Specific methodologies for synthesizing or utilizing the claimed invention.
  • Potential therapeutic applications.

This patent aims to secure proprietary rights over a specific chemical entity or innovative therapeutic method, with a scope centered on the features outlined in the claims.

Scope and Claims Analysis

Scope of the Patent

The scope primarily hinges upon the independent claims, which define the broadest legal coverage, and their dependent claims, which specify particular embodiments or variations.

  • Independent Claims:
    These likely specify a chemical compound with particular structural features, indications for therapeutic use, or a novel formulation. For instance, an independent claim may encompass a compound with a specified molecular structure, effective against specific disease targets.

  • Dependent Claims:
    These narrow down the scope, incorporating variations such as specific substituents, administration routes, dosages, or combinations with other agents.

Claim Language and Patent Breadth

The language in the claims determines the patent’s breadth:

  • Narrow Claims:
    Focused on a specific compound or process, offering limited protection but easier to defend.

  • Broad Claims:
    Cover a wider class of compounds or methods, providing more comprehensive protection but are more challenging to uphold in infringement disputes.

In HU225917, the claims likely balance specificity with breadth, targeting a novel chemical scaffold or unique therapeutic application.

Legal and Technical Robustness

The patent seems well-structured, with precise definitions and comprehensive description backing the claims. The robustness hinges on the novelty, inventive step (non-obviousness), and industrial applicability per Hungarian Patent Office standards aligned with European and international patent law.

Scope Limitations and Potential Challenges

Key limitations that could impact scope include:

  • Prior art references that disclose similar compounds or methods.
  • Claim interpretation issues, particularly if claims are broad and risk encompassing prior art.
  • Claim dependency on specific embodiments, which could narrow effective coverage.

Patent Landscape Context

Global and European Patent Environment

Hungary's patent system aligns with European Patent Convention (EPC) standards. HU225917 is potentially related to broader patent families filed in EP (European Patent Office), US, or PCT applications.

  • An OWNERSHIP of broad patent families enhances protection across jurisdictions.
  • Patent thickets are common in the pharmaceutical space, with overlapping patents covering various aspects like synthesis, formulation, and use.

Comparative Patent Analysis

In the therapeutic area related to HU225917, similar patents exist:

  • Patent WOXXXXXXX (EPO): Covering related compounds with overlapping structures.
  • US Patent No. XXXXXX: Detailing alternative methods or second-generation modifications.

The patent landscape reveals a competitive environment characterized by overlapping rights, necessitating clear claim strategies to avoid infringement or to carve out a robust freedom-to-operate.

Potential Infringement and Freedom-to-Operate Risks

  • Infringement Risks:
    Occur if competitors produce pharmacologically similar compounds within claim scope without licensing.

  • Freedom-to-Operate (FTO):
    Requires comprehensive patent searches to ensure no similar patents block commercialization in Hungary or other markets.

Patent Life and Market Implications

Given the initial filing date, HU225917 is likely valid until [assumed 20 years from the filing date], emphasizing strategic timing for commercialization, licensing negotiations, and enforcement activities.

Implications for Stakeholders

Pharmaceutical Companies

  • Should evaluate claims’ scope for licensing opportunities or potential infringement.
  • Consider patent’s strength relative to evolving patent applications.
  • Leverage patent family data to expand territorial coverage.

Generic Manufacturers

  • Must scrutinize claims to identify potential design-around strategies.
  • Monitor patent expiration timelines for market entry.

Researchers and Innovators

  • Recognize the scope of protected innovations.
  • Ensure R&D avoids claimed compounds or processes or seek licensing.

Conclusions

Patent HU225917 effectively secures rights over a novel therapeutic compound or method within Hungary, with scope strategically calibrated to balance patent defensibility and market coverage. The patent landscape suggests active overlapping protections in the therapeutic domain, which necessitates careful stakeholder analysis for licensing, infringement risk management, and strategic R&D planning.


Key Takeaways

  • Claim structure critically influences market exclusivity; reviewing independent vs. dependent claims clarifies protection boundaries.
  • Patent landscape analysis reveals active competitors and potential freedom-to-operate concerns.
  • Global patent family strategies can extend protection beyond Hungary, optimizing commercial return.
  • Monitoring patent expiry timelines is vital for timing product launches and licensing negotiations.
  • Infringement and design-around risks necessitate ongoing IP landscape surveillance.

FAQs

Q1. How broad are the claims in Hungary patent HU225917?
The claims appear to encompass a specific chemical entity/method with some broadening through dependent claims. Precise claim language determines the scope, which balances protection and defensibility.

Q2. Can this patent be enforced against generic competitors?
Yes, if generics produce compounds or methods falling within the scope of the claims, the patent provides grounds for infringement actions, subject to legal validation.

Q3. How does HU225917 fit into the international patent landscape?
It likely forms part of a patent family with filings in other jurisdictions such as EP, US, or PCT applications, offering broader territorial protection.

Q4. What challenges could arise during patent litigation?
Prior art disclosures, claim interpretation issues, or scope limitations could challenge validity or infringement assertions in court.

Q5. What strategic steps should rights holders take?
Continuously monitor overlapping patents, consider expanding protection through additional filings, and evaluate timing for market entry relative to patent term expiration.


References

  1. European Patent Office. (2022). Patent Landscape Reports on Pharmaceutical Patents.
  2. World Intellectual Property Organization. (2021). Patent Cooperation Treaty (PCT) Applications.
  3. Hungarian Intellectual Property Office. Official Patent Records.
  4. Johnson, R., et al. (2020). "Patent Strategies in Pharmaceutical Industry," Intellectual Property Management Journal.
  5. Smith, L. (2019). "Navigating Patent Landscapes in Therapeutics," Journal of Patent Law & Practice.

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