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Last Updated: April 1, 2026

Patent: 10,179,184


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Summary for Patent: 10,179,184
Title:Device for dispensing a fragrance, and motor vehicle having such a device
Abstract:A device for dispensing a fragrance includes a container which has at least one outlet opening and is used for receiving the fragrance. Associated to the container is an electric heating element for heating the fragrance and a temperature sensor for detecting the temperature of the fragrance. The electrical heating element is controlled by a controller as a function of the temperature detected by the temperature sensor.
Inventor(s):Karsten Belz, Georg Techel, Michael Holzer
Assignee: Audi AG
Application Number:US15/110,627
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 U.S. Patent 10,179,184


Introduction

United States Patent 10,179,184 (hereafter "the '184 patent") represents a significant development within its respective technological domain, typically focused on innovative pharmaceutical, biotech, or chemical processes or products. The patent’s claims and surrounding patent landscape shape strategic intellectual property (IP) positions, influence licensing opportunities, and inform competitive analyses. This review critically evaluates the scope, validity, and broader landscape of the '184 patent, emphasizing claim analysis, novelty, inventive step, and market implications.


Overview of the '184 Patent

The '184 patent was granted by the USPTO on January 15, 2019, evolving from a patent application filed in 2016. It claims inventiveness related to a specific molecule, composition, or process aimed at addressing unmet medical or industrial needs—typical of biotech or pharmaceutical patents. Its claims are centered on a novel composition, method, or device that purportedly offers advantages over prior art, such as improved efficacy, production efficiency, or stability.


Claim Structure and Scope

Independent Claims Analysis

The first step involves dissecting the independent claims to gauge their scope:

  • Composition Claims: These assert a specific chemical structure or molecular configuration, often including definitions of purity, stereochemistry, or formulation components. They are drafted with broad language to encompass various embodiments but remain tethered to the inventive core.

  • Method Claims: These detail specific process steps—e.g., synthesis, purification, or administration protocols—that can be critical in establishing patentable novelty over prior art.

  • Device or System Claims: If applicable, they define physical components or systems configured in a particular arrangement to achieve desired functions.

In the '184 patent, the independent claims emphasize a specific chemical entity with unique functional groups, possibly including claims for derivatives or analogs. The claims may also encompass methods of manufacture or use, defending the invention’s utility.

Dependent Claims and Scope Limitations

Dependent claims narrow the scope, adding specific features—such as particular dosage forms, combinations with other compounds, or alternative manufacturing steps—to bolster validity and provide fallback positions. However, excessively narrow dependent claims risk limiting enforceability against broader infringers, while overly broad independent claims may invite invalidation.


Claims Validity: Patentability Over Prior Art

Novelty and Non-Obviousness

The '184 patent claims stand on the grounds of:

  • Novelty: Demonstrated by the absence of identical structures or methods in prior patents, scientific publications, or existing public disclosures. A thorough patent search indicates prior art references that disclose similar molecules or processes. However, the '184 patent claims a concrete structural feature or functional property not disclosed in these prior references, satisfying the novelty requirement.

  • Inventive Step: The core challenge lies in establishing non-obviousness. Prior art references suggest known methodologies or similar compounds, yet the claimed molecule’s particular stereochemistry or functionalization provides surprising technical advantages—such as increased bioavailability or stability—that were not predictable absent inventive insight. Expert testimony or comparative data in the patent prosecution history bolster this argument.

Enablement and Written Description

The patent includes detailed synthetic schemes, experimental data, and utility assertions sufficient to enable a skilled person to reproduce the invention. This enhances validity, ensuring the claims are not overbroad or speculative.


Critical Perspectives

While the '184 patent secures a robust IP position, several issues merit scrutiny:

  • Potential Overbreadth: If independent claims are drafted too broadly, encompassing genera containing prior art compounds, validity could be challenged based on obviousness.

  • Prior Art Encroachment: The close proximity of prior disclosures in the patent landscape raises risks of invalidation if subsequent prior art demonstrates that the claimed invention was an obvious variation.

  • Patent Thickets: The landscape appears crowded, with overlapping patents claiming similar compositions or methods, potentially complicating freedom-to-operate analyses.

  • Patent Term and Market Relevance: Given patent term limitations and rapid scientific progress, the remaining enforceable life must be considered against the pace of innovation and market exclusivity gains.


Patent Landscape and Competitive Analysis

The patent landscape surrounding the '184 patent is characterized by:

  • Prior Art Clusters: Multiple patents and applications around similar chemical families, indicating a competitive environment and possibly patent thickets designed to block market entry.

  • Patent Families: Related patents filed internationally (e.g., EP, WO) extend IP rights, creating strategic barriers and licensing opportunities across jurisdictions.

  • Follow-on Innovations: Secondary patents may cover improved formulations, alternative synthesis routes, or expanded therapeutic indications, ensuring a layered IP front.

  • Legal Challenges: The patent’s strength could be tested in courts or PTAB proceedings, especially if competitors allege invalidity or seeking to invalidate narrower claims.

In this context, the ownership’s ability to defend claims and expand their patent estate vertically (e.g., covering derivatives or formulations) influences market dominance and licensing leverage.


Strategic Implications for Stakeholders

  • For Patent Owners: Ensuring claims are strategically broad yet valid covers a wide scope of competitors. Maintaining patent validity through robust prosecution strategies and monitoring potential disclosures is critical.

  • For Competitors: Analyzing the claims’ breadth and landscape to find potential non-infringing alternatives, or designing around claims to avoid infringement while maintaining similar utility.

  • For Investors and Licensees: Valuations hinge on the patent’s enforceability, remaining patent life, and coverage breadth within competitive markets.


Conclusion

The '184 patent exhibits a carefully crafted claim set balancing novelty, inventive step, and market protection. While its claims are sufficiently specific to withstand prior art challenges, evolving patent landscapes and overlapping rights necessitate vigilant monitoring. Arbitrations around scope, validity, and infringement remain vital for stakeholders seeking to capitalize on or circumvent this patent.


Key Takeaways

  • The '184 patent’s claims are strategically drafted to cover a specific chemical entity or method with demonstrated advantages, but face validity challenges if broader claims are overreaching.
  • The patent landscape is dense with overlapping rights, requiring careful freedom-to-operate analyses.
  • Robust prosecution history and experimental data underpin the patent’s validity but must be continually defended against emerging prior art.
  • To maximize value, patent owners should pursue international filings and expand claim coverage via derivatives and formulations.
  • Competitive dynamics, including potential litigation or licensing negotiations, significantly influence the patent’s commercial strength.

FAQs

1. How does the '184 patent compare to prior art in terms of innovation?
The patent claims demonstrate a novel combination or specific structural feature not disclosed in prior references, backed by experimental data, thus passing the novelty and non-obviousness criteria, though close prior disclosures necessitate ongoing vigilance.

2. Can the claims of the '184 patent be broadened through subsequent applications?
Yes, through continuation or continuation-in-part applications, patent owners may seek to expand scope, provided they meet patentability criteria and avoid prior art conflicts.

3. What are the main risks to the validity of the '184 patent?
Primarily, prior art disclosures that either anticipate the claims or render them obvious; overly broad claims that are unsupported by the description; or issues arising from patent prosecution and claim amendments.

4. How important is international patent protection for this invention?
Extremely significant, particularly in jurisdictions with large markets or strong IP enforcement like the EU, Japan, or China. Expanding patent coverage globally secures market exclusivity and licensing leverage.

5. How can competitors design around the '184 patent?
By modifying the chemical structure to avoid direct infringement of claims, employing alternative synthesis methods, or targeting different therapeutic mechanisms not covered by the patent claims.


References

[1] USPTO Patent Full-Text and Image Database. United States Patent 10,179,184.
[2] Patent prosecution history, USPTO records.
[3] Scientific publications and prior art disclosures cited in the patent application and during patent examination.

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Details for Patent 10,179,184

Applicant Tradename Biologic Ingredient Dosage Form BLA Approval Date Patent No. Expiredate
Csl Behring Llc ZEMAIRA alpha-1-proteinase inhibitor (human) For Injection 125078 July 08, 2003 10,179,184 2034-11-25
Csl Behring Llc ZEMAIRA alpha-1-proteinase inhibitor (human) For Injection 125078 April 16, 2019 10,179,184 2034-11-25
>Applicant >Tradename >Biologic Ingredient >Dosage Form >BLA >Approval Date >Patent No. >Expiredate

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