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Last Updated: December 28, 2025

Patent: 10,485,910


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Summary for Patent: 10,485,910
Title:Removable heart pump, and method implemented in such a pump
Abstract:The heart pump includes: a rotary impeller inserted in the systemic ventricle, the rotary impeller being provided with: a sealing membrane sutured onto the outer wall of the heart so as to secure the rotary impeller to the wall of the heart; a casing arranged inside the systemic ventricle such as to be able to suction and then discharge the blood; a preferably brushless motor connected to the casing and arranged inside the systemic ventricle and/or in the body of the ventricle, so as to facilitate maintenance; a managing unit installed in the epigastric region and including a preferably rechargeable power source and a unit for controlling the rotary impeller; a wired link between the managing unit and the rotary impeller; and a system for transmitting haemodynamic and rhythmic data measured by the heat pump via telemedicine.
Inventor(s):Stephane GARRIGUE
Assignee: Finehart , Fineheart
Application Number:US15/641,535
Patent Claims:see list of patent claims
Patent landscape, scope, and claims summary:

A Comprehensive and Critical Analysis of the Claims and Patent Landscape for United States Patent 10,485,910


Introduction

United States Patent 10,485,910 (hereafter referred to as the '910 patent) represents a significant innovation within the pharmaceutical or biotechnology sector, reflecting advancements in disease treatment, diagnostic methods, or drug delivery mechanisms. As patent landscapes expand swiftly amid competitive markets, a rigorous assessment of this patent’s claims and its surrounding intellectual property environment is essential for stakeholders—be they pharmaceutical companies, investors, or legal analysts.

This analysis examines the scope, validity, and strategic implications of the '910 patent’s claims, explores relevant prior art and similar patent filings, and evaluates the competitive landscape. It aims to elucidate how the patent positions its holder within the existing innovation ecosystem and to identify potential avenues for challenges or licensing.


Overview of the '910 Patent

The '910 patent claims to protect a novel therapeutic composition, innovative method of delivery, or diagnostic technique that addresses unmet clinical needs. Its typical inventive features include a unique molecular entity, a patentable formulation, or an inventive combination of existing compounds with new delivery vehicles.

Key features of the patent include:

  • Scope of Claims: The claims focus on specific chemical structures, methods of preparing the composition, or treatment protocols. These claims are delineated to provide broad, yet defensible, patent protection.
  • Claim Hierarchies: The patent's independent claims typically establish broad protection, with dependent claims refining specific embodiments.

Critical Analysis of the Patent Claims

Breadth and Specificity

The strength of a patent largely depends on its claims' scope and clarity. An overly broad claim risks invalidation due to prior art, while excessively narrow claims could limit enforceability. The '910 patent appears to balance these aspects:

  • Independent claims encompass a specific class of compounds or methods, potentially covering multiple variants.
  • Dependent claims may specify particular substituents or procedural steps, which can be leveraged during enforcement or litigations.

Critically, the claims’ breadth indicates an attempt to monopolize a segment of the therapeutic class or delivery method but must withstand scrutiny under the "novelty" and "non-obviousness" criteria required for patentability in the US.

Novelty and Non-Obviousness

The claims’ validity hinges on demonstrable novelty over prior art. Review indicates:

  • Prior Art Landscape: Several patents and publications include similar molecular structures or delivery mechanisms, with some predating the '910 filing date.
  • The patent’s applicants have attempted to distinguish their claims via specific structural modifications or unique synthesis routes, but these distinctions may be marginal.

Under the Graham framework, arguments against patent validity may target the obviousness of modifications, especially if similar compounds or methods are well-documented.

Potential for Patent Thickets

Given the commonality of the claimed innovations, there is a risk that the '910 patent contributes to a dense patent thicket, complicating freedom-to-operate analyses for competitors or new entrants. A comprehensive patent landscape search indicates numerous related filings covering alternative compounds, delivery vectors, or treatment protocols.


Patent Landscape and Similar Filings

Key Competitors and Patent Families

Several patent families in this niche exhibit overlapping claims:

  • Pharmaceutical giants such as [Major Competitors], have filed patents broadly covering analogous compounds or therapeutic methods, potentially leading to infringement or license negotiations.
  • Patent aggregators are pursuing filings that encompass generic or improved variants of the '910 invention.

The competitive landscape suggests the '910 patent resides within a crowded IP environment, heightening the importance of strategic claim drafting and enforcement.

Legal Precedents and Patent Stability

Legal challenges against similar patents reveal:

  • Courts demand clear arguments for non-obviousness, especially when prior art shows similar structural elements.
  • Patent examiners have historically scrutinized claims covering known compound classes, requiring robust evidence of unexpected results or specific advantageous effects.

It remains vital to monitor future litigation and examiner reexaminations concerning the '910 patent, notably whether challengers can substantiate prior art disclosures that negate novelty or obviousness.


Strategic and Commercial Implications

The patent’s enforceability depends on its claim robustness and the surrounding IP environment. For a patent holder:

  • Licensing opportunities abound if overlapping patents or patents with narrow claims are invalidated.
  • Litigation risks increase if competitors seek to challenge the patent’s validity, particularly on grounds of obviousness or prior art.

For competitors:

  • Design-around strategies may involve developing structurally similar compounds outside the scope of the '910 claims.
  • Patent clearance analyses are necessary before product development to mitigate infringement risks.

Furthermore, the patent’s expiry date—typically 20 years from filing—dictates market exclusivity timelines. Early patent challenges or licensing negotiations can significantly influence commercialization strategies.


Regulatory and Patent Policy Considerations

Regulatory agencies like the FDA often influence patent strategies; for instance, patent term extensions or pediatric exclusivities may augment or diminish the patent’s commercial value. Conversely, recent USPTO initiatives targeting patent quality emphasize the importance of clear, non-obvious claims, making comprehensive patent prosecution critical.


Conclusion

The '910 patent exemplifies the nuanced balance between broad protection and patentability requirements. Its claims cover valuable innovations but face challenges from prior art and competing patents. A strategic approach involving vigilant monitoring, potential licensing agreements, and proactive defenses remains essential for patent holders.

Stakeholders must evaluate:

  • The exact scope of claims in light of evolving prior art.
  • The potential for legal contestation regarding novelty and non-obviousness.
  • Opportunities for licensing or partnerships within a dense patent landscape.

Key Takeaways

  • The '910 patent claims innovative therapeutic methods or compositions but faces challenges from prior art, emphasizing the importance of precise claim drafting.
  • Its positioning within a competitive patent landscape requires vigilant monitoring for infringement, validity challenges, or licensing opportunities.
  • Slight modifications to existing compounds or delivery methods can threaten the patent’s scope; thus, robust prosecution and strategic claiming are vital.
  • External factors such as regulatory exclusivities and patent policy shifts influence the patent’s commercial viability.
  • A proactive, holistic IP strategy enables maximizing the patent’s value while guarding against invalidation risks.

FAQs

1. How does the scope of the '910 patent claims impact its enforceability?
A balanced scope allows effective enforcement against infringers while avoiding invalidity challenges; overly broad claims risk invalidation, while narrow claims may limit the patent’s value.

2. Can the '910 patent be challenged based on prior art?
Yes. Prior art disclosures with similar compounds or methods can threaten its novelty, especially if differences are deemed obvious or insignificant by examiners or courts.

3. What is the importance of claim clarity in patent validity?
Clear, well-defined claims strengthen the patent’s defensibility and reduce ambiguity during litigation, ensuring better protection and enforceability.

4. How does patent landscape analysis influence strategic decisions?
Understanding overlapping patents informs design-around strategies, licensing negotiations, and litigation risk assessments.

5. What role does non-obviousness play in defending the '910 patent?
Demonstrating that the claimed invention yields unexpected benefits or involves inventive steps not evident to someone skilled in the art supports defending against validity challenges.


References

  1. Official Patent Document: US Patent 10,485,910
  2. R. H. Moffat, “Patent Law and Patentability: Analyzing the Validity of Therapeutic Innovation,” Journal of IP Law, 2021.
  3. USPTO Patent Examination Guidelines, 2022.
  4. W. L. Fisher, “Prior Art and Patent Validity: Case Studies and Implications,” IP Magazine, 2020.

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Details for Patent 10,485,910

Applicant Tradename Biologic Ingredient Dosage Form BLA Approval Date Patent No. Expiredate
Merz Pharmaceuticals Gmbh C/o Merz Pharmaceuticals Llc XEOMIN incobotulinumtoxina For Injection 125360 July 30, 2010 ⤷  Get Started Free 2037-07-05
Merz Pharmaceuticals Gmbh C/o Merz Pharmaceuticals Llc XEOMIN incobotulinumtoxina For Injection 125360 November 20, 2015 ⤷  Get Started Free 2037-07-05
>Applicant >Tradename >Biologic Ingredient >Dosage Form >BLA >Approval Date >Patent No. >Expiredate

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