Where does Hanwha Solutions Corporation rank among US patent assignees?

According to USPTO PatentsView (2015–2025 granted utility patents), Hanwha Solutions Corporation ranks #5,014 of 49,997 assignees by granted-patent volume, the same sort as the companies listing and top-holders ranking. See /methodology/#corpus-placement.

How many patents does Hanwha Solutions Corporation hold?

Hanwha Solutions Corporation holds 69 US utility patents granted between 2020 and 2025, spanning 39 technology areas.

What is Hanwha Solutions Corporation's Innovation Score?

Hanwha Solutions Corporation has an Innovation Score of 62.9 out of 100 (top 2% of the corpus). This composite metric weighs portfolio volume (40%), grant velocity (20%), technology breadth (25%), and claim depth (15%).

Is Hanwha Solutions Corporation's patent grant rate increasing or decreasing?

Insufficient historical data is available to calculate a velocity trend for Hanwha Solutions Corporation.

What does claim depth mean for Hanwha Solutions Corporation's patents?

Hanwha Solutions Corporation's patents average 10.3 claims each. This is an aggregate descriptive count from the grant record; it does not establish claim scope, legal strength, enforceability, or design-around risk.

How is the Hanwha Solutions Corporation patent data sourced?

All patent data comes from USPTO PatentsView, a public research dataset maintained by the United States Patent and Trademark Office covering US granted utility patents from 2015 to 2025.

USPTO 2015–2025 USPTO PatentsView Foreign Corporation

Hanwha Solutions Corporation

Q: What technology areas does Hanwha Solutions Corporation focus on?

Hanwha Solutions Corporation's top technology area is C08F (Macromolecular Compounds Obtained BY Reactions Only Involving Carbon-to-carbon Unsaturated Bonds) with 26 patents, ranking #123 of 1,231 assignees active in that subclass. Grants appear in 39 CPC subclasses total.

USPTO PatentsView assignee record - 69 granted patents across 39 technology areas, recorded in grant years 2020–2025. Grant-trend analysis is cross-referenced to USPTO Patent Public Search; it does not measure application filings, current R&D, or legal strength. Primary class: C08F (Macromolecular Compounds Obtained BY Reactions Only Involving Carbon-to-carbon Unsaturated Bonds).

Compiled by PlainPatent · May 15, 2026

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The verdict

According to USPTO PatentsView, Hanwha ranks #5,014 of 49,997 tracked US assignees by granted-patent volume, with 69 patents across 39 technology areas.

#5,014
of 49,997 US assignees by volume: Top 2%
by Innovation Score (62.9/100): 10.3
avg claims per patent

USPTO PatentsView assignee plate

Corpus R5014 · Foreign Corporation #5,014 · 69 grants

GRANTS-SMALL · UPPER-Q · PHOTO-FINISH · CPC-FOCUS · INNOV-STRONG · CLAIMS-PAR · TYPE-FRNCORP · SPAN-YRS · BOOK-RICH

GRANTS-SMALL 69 grants
UPPER-Q #5,014/49,997
PHOTO-FINISH Gravic
CPC-FOCUS C08F · 39 areas
INNOV-STRONG 62.9/100
CLAIMS-PAR 10.3 claims/avg
TYPE-FRNCORP Foreign Corp
SPAN-YRS 2020–2025 · 6y
BOOK-RICH 9/10 fields

Nearest grant-volume peer: Gravic, Inc. (±0 grants)

Instrument codes from this assignee’s USPTO PatentsView grant sheet: volume band, corpus rank, photo-finish peer, lead CPC, Innovation Score, claim depth, assignee type, velocity, and book completeness. Not a USPTO rating of patent strength.

How Hanwha’s 62.9 Innovation Score adds up

The same four weighted components behind every Innovation Score on PlainPatent: portfolio volume, grant velocity, technology breadth, and claim depth.

Volume 14.7 pts (23%) Velocity 20.0 pts (32%) Breadth 22.1 pts (35%) Claim depth 6.2 pts (10%)

Qualcomm Incorporated · highest

85
Cargill Incorporated · near

63
Nippon Steel · near

63
Safran · near

63
Hanwha Solutions · this assignee

63
Richtek Technology · near

63
3D Lighting… · lowest

7

What this shows Hanwha's Innovation Score is 62.9/100 (top 2% of the PatentsView-derived corpus). The chart places that score against the nearest Innovation Score peers plus corpus poles, not a reprint of the volume ranking.

Does more volume mean deeper claims for Hanwha?

Each dot is one of Hanwha’s 8 nearest volume peers (same corpus rank neighbourhood as the chart above), placed by total granted patents (horizontal) against average claims per patent (vertical). Hanwha’s own 10.3 claims/patent is at or below the 15.3 median for these volume peers. Volume here does not track with deeper claims; several lower-volume peers claim more thoroughly per patent.

Hanwha vs its 8 nearest volume peers: granted patents vs average claims per patent. Source: USPTO PatentsView.

Where Hanwha's grants concentrate

Hanwha Solutions Corporation is a focused PatentsView assignee: 39 CPC subclasses with 37.7% of grants classified under C08F (Macromolecular Compounds Obtained BY Reactions Only Involving Carbon-to-carbon Unsaturated Bonds). Peak complete grant year is 2024 (19 grants) versus a trough of 1 in 2020. By volume, Hanwha sits between Gravic, Inc. and Interroll Holding AG.

Hanwha's three-year grant acceleration

Hanwha Solutions Corporation shows 35 grants in 2022–2024 against only 6 in 2019–2021. That prior window is too thin for a growth multiple (rename and spin-out assignees look artificially high when the baseline is near zero), so PlainPatent withholds a ranked acceleration claim here.

Gravic

69
GRÜNenthal

69
Guangzhou Shirui

69
Hangzhou Great St…

69
Hyperconnect

69
Informatica

69
Intouch

69
Interroll Holding

69
Hanwha Solutions ◀

69

What this shows Hanwha holds 69 patents at rank #5,014, shown against the 8 assignees closest to it in grant volume rather than the industry's largest filers.

Companies ranked near Hanwha

By rank, the assignees closest to #5,014 in granted patent volume.

Leaders in C08F (Macromolecular Compounds Obtained BY Reactions Only Invol…)

Other assignees with the most granted patents in Hanwha's primary technology class.

Assignees with similar portfolio profiles

Two PlainPatent-derived peer sets for Hanwha, neither rank-band nor same-CPC leaders (those blocks stay above). In C08F (Macromolecular Compounds Obtained BY Reactions Only Invol…), Hanwha ranks #123 of 1,231 assignees by patent count in that subclass.

Similar innovation score

Nearest assignees by Innovation Score (63 here).

Richtek Technology Corporation 63 Safran 63 Cargill, Incorporated 63 Nippon Steel Corporation 63

Similar claim depth

Nearest assignees by average claims per patent (10.3 here).

Jxtg Nippon OIL & Energy Corporation 10.3 avg Basso Industry Corp. 10.3 avg Gudeng Precision Industrial Co., Ltd. 10.3 avg Turbomeca 10.3 avg

Hanwha's Innovation Score vs. every tracked assignee

Composite of portfolio volume, grant velocity, technology breadth, and claim depth (0–100)

63 Top 2% higher than 98% of 49,997 US assignees

Each bar is a band; taller bars hold more US assignees. The dashed line + filled bar mark this entry. Hover or tap any bar for its full count, share, and where it sits relative to this entry.

Source USPTO PatentsView, PlainPatent Innovation Score · 2015–2025

USPTO utility patent grants by year · 2020–2025

Grants by year

Teal-shaded recent years (2020–present) versus the 2020–2019 baseline. Full figures in the table below.

View data table

Hanwha Solutions Corporation patent grants by year, 2015–2025
Year	Patents Granted	Share of Period
2020	1	1.4%
2021	5	7.2%
2022	10	14.5%
2023	6	8.7%
2024	19	27.5%
2025partial year	28	40.6%

Which technologies does Hanwha Solutions Corporation patent most?

C08F - Macromolecular Compounds Obtained BY Reactions Only Involving Carbon-to-carbon Unsaturated Bonds 26

B01J - Chemical OR Physical Processes, e.g. Catalysis OR Colloid CHEMISTRY; Their Relevant Apparatus 23

C07C - Acyclic OR Carbocyclic Compounds 19

C08L - Compositions OF Macromolecular Compounds 11

C08K - Use of inorganic or non-macromolecular organic substances as compounding ingredients 9

Y02P - Climate Change Mitigation Technologies IN THE Production OR Processing OF Goods 6

C09J - ADHESIVES; Non-mechanical Aspects OF Adhesive Processes IN GENERAL; Adhesive Processes NOT Provided FOR ELSEWHERE; USE OF Materials AS Adhesives 6

C10G - Cracking Hydrocarbon OILS; Production OF Liquid Hydrocarbon Mixtures, e.g. BY Destructive Hydrogenation, Oligomerisation, Polymerisation ; Recovery OF Hydrocarbon Oils From Oil-shale, Oil-sand, OR GASES; Refining Mixtures Mainly Consisting OF HYDROCARBONS; Reforming OF NAPHTHA; Mineral Waxes 6

B01D - Separation 4

C07F - Acyclic, Carbocyclic OR Heterocyclic Compounds Containing Elements Other Than Carbon, Hydrogen, Halogen, Oxygen, Nitrogen, Sulfur, Selenium OR Tellurium 4

C08J - WORKING-UP; General Processes OF COMPOUNDING; After-treatment NOT Covered BY Subclasses C08b, C08c, C08f, C08g or C08h 4

C08G - Macromolecular Compounds Obtained Otherwise Than BY Reactions Only Involving Unsaturated Carbon-to-carbon Bonds 3

B01F - Mixing, e.g. Dissolving, Emulsifying OR Dispersing 2

C07D - Heterocyclic Compounds 2

C01B - Non-metallic ELEMENTS; Compounds THEREOF; ; Metalloids OR Compounds Thereof NOT Covered BY Subclass C01c 2

Top 15 of 39 technology areas

More on this record

Data Source

USPTO PatentsView, US granted patents 2015–2025

View all rankings → How is Innovation Score calculated?

What to do with this data

Hanwha Solutions Corporation's patent record in context - here's where to go next.

Hanwha Solutions Corporation's lead technology class is C08F (Macromolecular Compounds Obtained BY Reactions Only Involving Carbon-to-carbon Unsaturated Bonds), 37.7% of its portfolio - see every assignee active in that class. Explore C08F
Ranked #5,014 of 49,997 tracked assignees by patent volume - see the full leaderboard. See the ranking
Compare Hanwha Solutions Corporation against Gravic, Inc., an assignee filing at a similar volume. Compare portfolios
Innovation Score of 62.9/100 blends volume, velocity, technology breadth, and claim depth. How it's calculated

Figures reflect USPTO PatentsView grant data through May 2026; pending applications not yet granted are not counted.

Data sourced from USPTO PatentsView - official U.S. government patent data. See our methodology for computation details. Retrieved and formatted by PlainPatent

Disclaimer: This information is provided for informational purposes only and does not constitute professional advice. Data is sourced from the USPTO PatentsView database. Consult a qualified professional before making decisions based on this data.

Read our methodology - how this data is sourced, computed, and verified.

Data sources used on this page

USPTO PatentsView - the disambiguated bulk patent-grant, assignee, and CPC data this page's figures are derived from. patentsview.org
Cooperative Patent Classification (CPC) - the joint USPTO/EPO classification scheme used to group patents by technology area. cooperativepatentclassification.org
USPTO Patent Public Search - the official interface to verify the status of any individual patent. ppubs.uspto.gov

Compiled by PlainPatent , US Patent Intelligence Editorial Process · May 15, 2026

Every figure on PlainPatent is rendered directly from USPTO source data, no number is typed in by an editor. This page draws directly on USPTO source data, no figure is typed in by an editor. See our editorial standards & corrections policy, the methodology behind these numbers, or report a data error. Data current as of May 2026.