Sergey Brin: Patent Portfolio Insights & Stats
Sergey Brin: Architect Of The Digital Revolution
Sergey Brin, co-founder of Google, is a pioneering force in technology and innovation. Born in Moscow in 1973, Brin immigrated to the United States with his family to escape anti-Semitic persecution.Â
He studied computer science and mathematics at the University of Maryland before pursuing a Ph.D. at Stanford University, where he met Larry Page. Together, they developed the PageRank algorithm and founded Google in 1998, revolutionizing internet search and information accessibility.
Under Brin’s leadership, Google expanded into diverse areas such as artificial intelligence, autonomous vehicles, and wearable technology. His innovative vision has shaped the digital age, making technology more intuitive and accessible to billions globally. Brin’s contributions continue to influence the tech industry, driving forward new frontiers in science and engineering.
Table of Contents
1. How Many Patents Does Sergey Brin Have?
Sergey Brin has a total of 141 patents originating from 21 distinct patent families. These patents encompass a wide range of technological innovations, with a particular emphasis on enhancing digital computing and user experience.Â
This impressive portfolio underscores Brin’s role as a prolific inventor, continuously pushing the boundaries of technology to create impactful solutions.
2. Sergey Brin’s Patents List
S. No | Title | Publication Number | Assignee |
1 | Methods and apparatus for constructing airships | NZ773307Â Â | LTA RESEARCH & EXPLORATION |
2 | Methods and apparatus for constructing airships | PL3697682Â Â | LTA RESEARCH & EXPLORATION |
3 | Methods and apparatus for constructing airships | ES2940647Â Â | LTA RESEARCH & EXPLORATION |
4 | Methods and apparatus for constructing airships | EP4151518Â Â | LTA RESEARCH & EXPLORATION |
5 | Clamp for constructing main frame of airship structure | CN114194370Â Â | LTA RESEARCH & EXPLORATION |
6 | Methods and apparatus for constructing airships | NZ763431Â Â | LTA RESEARCH & EXPLORATION |
7 | Methods and apparatus for constructing airships | CA3122768Â Â | LTA RESEARCH & EXPLORATION |
8 | Apparatuses for constructing airships | US11618543 US20210197946Â | LTA RESEARCH & EXPLORATION |
9 | Methods and apparatus for constructing airships | AU2021201212 AU2021201212Â | LTA RESEARCH & EXPLORATION |
10 | Methods and systems for improving a search ranking using related queries | SG120485 SG120485Â | |
11 | Methods and apparatus for constructing airships | BR112020007464 BR112020007464 BR112020007464 | LTA RESEARCH & EXPLORATION |
12 | Methods and apparatus for constructing airships | CN111601754 CN111601754Â | LTA RESEARCH & EXPLORATION |
13 | Methods and apparatus for constructing airships | EP3697682 EP3697682 EP3697682 | LTA RESEARCH & EXPLORATION |
14 | Methods and apparatus for constructing airships | CA3079093 CA3079093Â | LTA RESEARCH & EXPLORATION |
15 | Methods and apparatus for constructing airships | AU2018352102 AU2018352102Â | LTA RESEARCH & EXPLORATION |
16 | PREPARATION WITH BACTERIA containing cellulose rheology IMPROVE THEM AND MANUFACTURING METHOD | VN0014419 VN17415Â | CP KELCO |
17 | Systems and methods for searching using queries written in a different character set and/or language from different pages. | TR201816343Â Â | |
18 | Methods and apparatus for constructing airships | WO2019/079096Â Â | LTA RESEARCH & EXPLORATION |
19 | Methods and apparatus for constructing airships | US10988226 US20190112023Â | LTA RESEARCH & EXPLORATION |
20 | Information extraction from a database | US6678681Â Â | BOARD OF TRUSTEES OF LELAND STANFORD JUNIOR UNIVERSITY |
21 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | PL2388709Â Â | |
22 | Determining corresponding terms written in different formats | US20170351673Â Â | |
23 | System and method of generating images from backside of photoactive layer | US20170206830Â Â | GOOGLE|X DEVELOPMENT |
24 | System and method of generating images on photoactive surfaces | US9646562Â Â | GOOGLE|X DEVELOPMENT |
25 | Experience sharing for a registry event | US10083468 US20160110783Â | |
26 | Preparation of image capture device in response to pre-image-capture signal | US9967487 US20160080672Â | |
27 | Image Capture Technique | US20160057339Â Â | |
28 | Attitude control for a high-altitude balloon | US9254906Â Â | AEROSTAR INTERNATIONAL |
29 | Experience sharing for a registry event | US9245288Â Â | |
30 | Hands-Free Selection Using a Ring-Based User-Interface | US20160011724Â Â | |
31 | Preparation of image capture device in response to pre-image-capture signal | US9223136Â Â | |
32 | Methods and systems for improving a search ranking using related queries | SG146633 SG146633Â | |
33 | Image capture technique | US9171198Â Â | |
34 | Experience sharing with commenting | US9367864 US20150304253Â | |
35 | Finding web pages relevant to multimedia streams | US9152713Â Â | BOARD OF TRUSTEES OF LELAND STANFORD JUNIOR UNIVERSITY |
36 | Display panel tiling using seam-concealing optics | US9146400Â Â | X DEVELOPMENT |
37 | Vibrating display panels for disguising seams in multi-panel displays | US9117383Â Â | GOOGLE|X DEVELOPMENT |
38 | Interconnecting display tiles for multi-panel displays | US20150194123Â Â | GOOGLE|X DEVELOPMENT |
39 | Tiled displays using multiple display panels over monolithic backlight modules | US9053648Â Â | X DEVELOPMENT |
40 | Experience sharing with commenting | US9015245Â Â | |
41 | Wearable device with input and output structures | JP6307024 JP2015510713Â | |
42 | Providing a medical support device via an unmanned aerial vehicle | US8948935Â Â | WING AVIATION |
43 | Experience sharing | US8934015Â Â | |
44 | Seamless display panel tiling using an optical expansion layer | CN104221071Â Â | |
45 | Experience sharing for training | US8914472Â Â | |
46 | Wearable device with input and output structures | KR10-1977433 KR10-2014-0116517Â | |
47 | Laser alignment of binocular head mounted display | CN104185807 CN104185807Â | |
48 | Wearable device with input and output structures | CN104169781 CN104169781Â | |
49 | Experience sharing in location-based social networking | US8893010Â Â | |
50 | Finding web pages relevant to multimedia streams | US8868543Â Â | BOARD OF TRUSTEES OF LELAND STANFORD JUNIOR UNIVERSITY |
51 | Experience sharing for conveying communication status | US8832233Â Â | |
52 | Wearable device with input and output structures | AU2013209578 AU2013209578Â | |
53 | Methods and systems for imporving a search ranking using related queries | IN239044 IN0686/KOLNP/2006Â | |
54 | Determining corresponding terms written in different formats | US9734197 US20140188454Â | |
55 | Voice search engine interface for scoring search hypotheses | US8768700Â Â | |
56 | A computer-implemented method and a system and device for performing searches using queries | HK1163846Â Â | |
57 | Seamless display panel using fiber optic carpet | TWI492199 TW201346857Â | |
58 | Seamless display panel tiling using an optical expansion layer | TWI474298 TW201346856Â | |
59 | Seamless display panel tiling using an optical expansion layer | WO2013/158248Â Â | |
60 | Seamless display panel using fiber optic carpet | WO2013/158244 WO2013/158244Â | |
61 | Seamless display panel tiling using an optical expansion layer | US20130279012Â Â | X DEVELOPMENT |
62 | System and method for retrieval using query written in character set and/or language different from in target page | JP5608766 JP2013084306Â | |
63 | Wearable device with input and output structures | EP2805201 EP2805201 EP2805201 | |
64 | Wearable device with input and output structures | WO2013/109874 WO2013/109874Â | |
65 | Bacterial cellulose-containing formulation and method of producing effective bacterial cellulose-containing formulation | JP5808309 JP2013078326Â | CP KELCO |
66 | Information extraction from a database | US8589387Â Â | |
67 | System and method for providing a user interface with search query broadening | US20130159338Â Â | |
68 | Seamless display panel using fiber optic carpet | US9025111 US20130278872Â | X DEVELOPMENT |
69 | Laser alignment of binocular head mounted display | EP2742380 EP2742380 EP2742380 | |
70 | Laser alignment of binocular head mounted display | WO2013/022544Â Â | GOOLE |
71 | Methods and systems for improving a search ranking using related queries | US8452758 US20120191705Â | |
72 | Portable device with input and output structures | DE202012003332Â Â | |
73 | Portable device with input and output structures | DE202012003317Â Â | |
74 | Head-mounted device | CN202758142Â Â | |
75 | Electronic device and head-mounted device | CN202758141Â Â | |
76 | Wearable device with input and output structures | US8976085 US20130188080Â | |
77 | Voice interface for a search engine | US8380502Â Â | |
78 | Information extraction from a database | US8332371Â Â | |
79 | Methods and systems for improving a search ranking using related queries | US8380705 US20120011117Â | |
80 | Laser alignment of binocular head mounted display | US8629815 US20130038510Â | |
81 | Seeing with your hand | US8248364Â Â | |
82 | Methods and systems for improving a search ranking using related queries | AU2011202345 AU2011202345Â | |
83 | Seeing with your hand | US8009141Â Â | |
84 | System and method for searching using queries written in different character set and/or language from target page | JP5425820 JP2011090718Â | |
85 | System and method for searching using query written in different character set and/or language from target page | JP5231491 JP2010282639Â | |
86 | Information extraction from a database | US8037065Â Â | |
87 | Methods and systems for improving a search ranking using related queries | US8024326 US20090112857Â | |
88 | Voice interface for a search engine | US8515752Â Â | |
89 | Equipping user interface with search query expansion | RU2460131 RU2008101375Â | |
90 | Bacterial cellulose-containing formulations and method of producing effective bacterial cellulose-containing formulations | KR10-1234471 KR10-2008-0018900Â | YANG, ZHIFA |
91 | Bacterial Cellulose-Containing Formulations and Processes for Making Effective Bacterial Cellulose-Containing Formulations | NO20076536Â Â | YANG ZHIFA |
92 | Bacterial cellulose-containing formulations and method of producing effective bacterial cellulose-containing formulations. | MX2007014697Â Â | YANG ZHIFA |
93 | Bacterial cellulosecontaining formulations and method of producing effective bacterial cellulosecontaining formulations | IN292039 IN8975/DELNP/2007Â | CP KELCO |
94 | Providing a user interface with search query broadening | HK1092238Â Â | |
95 | Methods and apparatus for providing search results in response to an ambiguous search query | US20070022101Â Â | |
96 | Bacterial cellulose-containing formulations and method of producing effective bacterial cellulose-containing formulations | WO2006/127810 WO2006/127810 WO2006/127810 | YANG ZHIFA |
97 | Method of preparing composition with improved rheological properties (versions) and composition obtained using said methods | RU2428482 RU2007146111Â | SIPI KELCO U S |
98 | Preparations containing bacterial cellulose and the manner of production of efficient preparations containing bacterial cellulose | PL214692Â Â | YANG ZHIFA |
99 | Bacterial cellulose-containing formulations and methods of making effective bacterial cellulose-containing formulations | JP2008541728Â Â | Yang, Jifa |
100 | Bacterial cellulose-containing formulations and method of producing effective bacterial cellulose-containing formulations | CN101203615 CN101203615Â | CP KELCO |
101 | Bacterial cellulose-containing formulations and method of producing effective bacterial cellulose-containing formulations | CA2609677Â Â | CP KELCO |
102 | method for producing a bacterial cellulose-containing formulation and bacterial cellulose-containing formulation | BRPI0613298 BRPI0613298Â | CP KELCO |
103 | Bacterial cellulose-containing formulations and method of producing effective bacterial cellulose-containing formulations | AU2006250004 AU2006250004Â | CP KELCO |
104 | Voice interface for a search engine | US7366668Â Â | |
105 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | WO2005/033967 WO2005/033967Â | |
106 | System and method for searching using queries, written in language and/or set of characters, distinct from that of target pages | RU2363983 RU2006114696Â | |
107 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | KR10-1242961 KR10-2012-0039755Â | |
108 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | KR10-2011-0117219Â Â | |
109 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | KR10-1261158 KR10-2011-0117218Â | |
110 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | KR10-1140187 KR10-2006-0090689Â | |
111 | Method for searching using a query written in a different set and/or language than the target page | JP4717821 JP2007507796Â | |
112 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | ES2323786Â Â | |
113 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | EP2388709 EP2388709Â | |
114 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | EP2043003 EP2043003Â | |
115 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | EP1676211 EP1676211Â | |
116 | Systems and methods for searching using queries written in a different character set and/or language than the target pages | DE602004020086Â Â | |
117 | Computer executing method and systems and devices for searching using queries | CN102236702 CN102236702Â | |
118 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | CN1860473Â Â | |
119 | Systems and methods for searching using queries written in a character set and/or language other than the destination pages | ATE426206Â Â | |
120 | Methods and systems for improving a search ranking using related queries | WO2005/029366Â Â | |
121 | Methods and systems for improving a search ranking using related queries | EP1668549Â Â | |
122 | methods and systems for improving search ordering using related questions | BRPI0414332 BRPI0414332Â | |
123 | Methods and systems for improving a search ranking using related queries | AU2004275274 AU2004275274Â | |
124 | Providing a user interface with search query broadening | WO2005/013153Â Â | |
125 | Providing search request extension for user interface | RU2324220 RU2006106176Â | |
126 | Search system and search method | JP4731479 JP2007500903Â | |
127 | Providing a user interface with search query broadening | EP1654681Â Â | |
128 | System and method for providing a user interface for broadening search query | CN100501730 CN1849603Â | |
129 | Providing a user interface with search query broadening | CA2533605 CA2533605Â | |
130 | Providing a user interface with search query broadening | AU2004262352 AU2004262352 AU2004262352 | |
131 | Information extraction from a database | US7650330Â Â | BOARD OF TRUSTEES OF LELAND STANFORD JUNIOR UNIVERSITY |
132 | Systems and methods for searching using queries written in a different character-set and/or language from the target pages | US8706747 US20040261021Â | |
133 | Methods and systems for improving a search ranking using related queries | US7505964 US20050060311Â | |
134 | System and method for providing a user interface with search query broadening | US8856163 US20050027691Â | |
135 | Methods and apparatus for using a modified index to provide search results in response to an ambiguous search query | US6865575Â Â | |
136 | Systems and methods for enticing users to access a web site | US7912915Â Â | |
137 | Voice interface for a search engine | US7027987Â Â | |
138 | Methods and apparatus for providing search results in response to an ambiguous search query | US7136854 US20020133481Â | |
139 | Methods and apparatus for using a modified index to provide search results in response to an ambiguous search query | US6529903 US20020042791Â | |
140 | Method for selectively retrieving record containing recognizable item, method for searching for set of data record, and programmable computer device | JP10312386Â Â | HITACHI |
141 | Method and apparatus for dynamically counting large itemsets | US6185559Â Â | HITACHI AMERICA |
Â
Sergey Brin holds 141 patents across 21 patent families, with his work primarily assigned to Google. Out of 21 families, 15 are alive and 6 are dead. His innovations span various technological fields, highlighting his diverse impact on the tech industry.Â
This extensive list demonstrates Brin’s broad interest and expertise in multiple domains, each contributing to the enhancement of technology and user experience.
Contact Our Expert for Assistance
3. Legal Status Of Sergei Brin’s Patent Portfolio
This Pie Chart shows the number of active, pending and dead patents.
Brin’s patent portfolio includes 64 granted patents, 2 pending patents, and 75 lapsed patents. This distribution reflects the dynamic nature of his contributions and the ongoing development in his areas of expertise.Â
The significant number of granted patents indicates a high level of innovation and successful implementation, while the lapsed patents suggest areas of evolving interest or strategic pivots in technological development.
4. Sergey Brin’s Patent Filings Timeline
The timeline of Sergey Brin’s patent filings shows a peak in 2004 with 30 applications, coinciding with a period of significant growth and innovation at Google. The consistent filing of patents over the years reflects Brin’s sustained commitment to advancing technology and maintaining a leading edge in various fields.Â
Notably, the high number of applications in 2012 and 2013 aligns with major developments in Google’s product offerings and technological advancements during those years.
5. Jurisdiction-Wise Distribution Of Sergey Brin’s Patents
Sergey Brin’s patents are distributed across multiple jurisdictions, with the highest number in the United States (19). This wide geographical distribution underscores the global impact of Brin’s innovations and Google’s strategic approach to securing intellectual property rights in key markets worldwide.Â
The presence of patents in diverse regions such as China, Europe, and Australia reflects the universal applicability and relevance of his technological advancements.
6. Assignees Of Sergey Brin’s Patents
The majority of Sergey Brin’s patents are assigned to Google, reflecting his significant contributions to the company’s innovative endeavors. Other notable assignees include Aerostar International, Stanford University, CP Kelco, Hitachi America, LTA Research & Exploration, Wing Aviation, and X Development.
This diverse range of assignees highlights the broad applicability and influence of Brin’s inventions across different organizations and industries.
7. Sergey Brin’s Patents By Industries
Sergey Brin’s patents cover a wide range of industries, with a significant number focused on search engine technology, wearable devices, and aerial vehicles. This distribution reflects Brin’s diverse interests and his ability to innovate across multiple domains. His contributions have driven advancements in crucial areas, enhancing user experiences and pushing the boundaries of what technology can achieve.
8. Sergey Brin’s Contributions to Technology and Innovation
Sergey Brin has made notable contributions to various fields of technology, particularly focusing on search engine technology, wearable devices, and digital computing. His work has significantly impacted the way people interact with technology and has driven the advancement of various digital platforms. Brin’s innovative spirit and dedication to technological progress continue to influence and inspire future developments in the tech industry.
About TTC
At TT Consultants, we're a premier provider of custom intellectual property (IP), technology intelligence, business research, and innovation support. Our approach blends AI and Large Language Model (LLM) tools with human expertise, delivering unmatched solutions.
Our team includes skilled IP experts, tech consultants, former USPTO examiners, European patent attorneys, and more. We cater to Fortune 500 companies, innovators, law firms, universities, and financial institutions.
Services:
- Patentability Search
- Invalidation Search
- Freedom to Operate (FTO) Analysis
- Patent Portfolio Management
- Patent Infringement Searches
- Drafting & Illustrations
- Competitive Benchmarking
- Technology Scouting
- Landscape Analysis
- Whitespace Analysis
- Business Research
Choose TT Consultants for tailored, top-quality solutions that redefine intellectual property management.
Contact Us
