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Miniaturized Gas Sensors Patent Landscape

Miniaturized Gas Sensors Patent Landscape

MICRO GAS SENSOR IP DYNAMICS COME ALONG WITH THE MARKET RAMP-UP

Today, mobile applications aggregate more and more sensors (pressure, inertial …), and gas sensors could be the next sensors to be integrated in smart phones and/or wearables devices. Consumer applications are driving new gas sensors development to reduce cost, power consumption and size, especially with MEMS technologies. Such gas sensors are thus referred as “MEMS gas sensors”. These technical and business requirements have opened the door to innovation and added a new dimension to the global competition between gas sensor suppliers. The recent mergers and acquisitions (AMS/Applied Sensors/NXP/CCMOS, TDK/Micronas) reflect this thriving sector in structuration. What is surprising with the gas sensor market and related patents, is the discrepancies between the market leaders (Honeywell, MSA, NGK, Figaro) and the leaders for patents related to miniaturized gas sensors (Bosch, Siemens, Micronas, CCMOS). This is highlighting the fact that the gas sensor market is about to change: the new patents and related devices are targeting new applications, which may disrupt the market.

Nowadays, the number of enforceable patents is increasing worldwide, and several companies already stand out by their strong IP position. All of these signs suggest the market start. According to the latest analysis from Yole Développement (Gas Sensor Technology & Market, February 2016), the market size of gas sensors for consumer applications should grow from $12M in 2015 to more than $95M in 2021 (upside of $60m if massive adoption of these technologies). With a CAGR 2014 - 2020 of 33%, this segment is poised to experienced the highest grow rate of the gas sensor market. In such emerging market, a strong intellectual property (IP) position on miniaturized gas sensors is thus essential for companies to enter in this promising business.

Now it is a critical time for understanding the global patent landscape of miniaturized gas sensors through in-depth patent analyses of key technologies and key players, in order to anticipate changes, harvest business opportunities, mitigate risks and make strategic decisions to strengthen one’s market position and maximize return on one’s IP portfolio.

In this report, we have investigated the patent landscape of miniaturized gas sensors that could be used in consumer applications, i.e. patents claiming gas sensing technologies with very innovative approaches, based on existing MEMS/Semiconductor/Optical integration platforms and manufactured by micro-fabricating processes.

More than 1,050 patented inventions have been published worldwide up to August 2016 by more than 440 patent applicants. First patents on MEMS gas sensors was filed by Japanese companies in the early 1980’s (NEC), but patent activity really emerged between 1985 and 1994 with the apparition of European and American companies (Siemens, Fraunhofer, CEA, SRI, SPX …). Multiple start-ups have been created on the basis of CEA R&D results. A first wave of patent publications occurred between 1994 and 2003 induced by the emergence of IDMs (ST Microelectronics, Micronas, Honeywell, NGK, Bosch), American R&D labs (Caltech, University of Florida) and pure play gas sensor companies (CCMOS Sensors, Applied Sensor). Since then, patent publications have increased thanks to a high patent activity of Chinese universities (mainly in China) and European players (worldwide). The last 3 years newcomers started to file patents on MEMS gas sensors (AMS, Sensirion, APIX, NXP …). Currently, more than 760 patents are granted, mainly in China, Europe and USA, and more than 510 patent applications are pending, mainly in Europe, China and USA. We believe the significant ratio of patents in force and the high number of patent applications still in the pipeline worldwide is an indication of the technology maturity heralding a future ramp-up of the market of miniaturized gas sensors that could be used in consumer applications.


INTRODUCTION
Scope of the report
Key features of the report
Objectives of the reports
METHODOLOGY
Patent search, selection and analysis Search equations
Terminologies for patent analysis
NOTEWORTHY NEWS
EXECUTIVE SUMMARY
PATENT LANDSCAPE OVERVIEW
Time evolution of patent publications
Main patent assignees
Time evolution of patent assignees
Legal status of patents
IP collaboration network
Mapping of patenting activity
Time evolution of patent applications by country
Countries of patent filings for main patent assignees
Mapping of main current patent holders
Mapping of main current patent applicants
Key patent assignees
Summary of patent portfolios of main assignees
IP competitors dependency by citations
Most cited patents
Granted patents near expiration date
IP specialization degree of key players
IP leadership of key players
Prior art strength index of key players
IP blocking potential of key players
IP PROFILE OF KEY PLAYERS
Bosch
Siemens
Honeywell
Micronas
NGK/NTK
Figaro Engineering
Sensirion
AMS Cambridge CMOS Sensors
SPEC Sensors
APIX Analytics
General Electric
Applied Sensor
New Cosmos Electric
CEA
Caltech
ETRI
VTT
Fraunhofer
For each player:
Company presentation Summary of the patent portfolio Key patents
PATENT SEGMENTATION 134
Patents split by gas sensor technology
Time evolution of patent applications by gas sensor technology
Legal status of alive patents split by gas sensor technology
Forward citations of MEMS gas sensor technology
Matrix Main Patent Assignees vs Technical Segments
Comparison of IP and market position of key players
Focus on Technologies:
Technology description Patented technologies Mapping of main patent assignees Most cited patents Granted patents near expiration date
CONCLUSION
KNOWMADE PRESENTATION

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