Samsung, LG, and Hyundai top South Korean patent assignees in the USPTO

Bar charts showing the US leading in AI-related USPTO patent assignees, with IBM as a top innovator, followed by Japan and others; Samsung leads among South Korean assignees, followed by LG and LG Chem.

February 12, 2019

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  • In terms of South Korean assignees in the USPTO, Samsung leads the pack, but LG, along with LG Chem and LG Innotek dominate the top 5 list.
  • Siemens, Infineon, and Bosch still remain in the top 5 assignees.

Bar chart shows Siemens leading German assignees in USPTO patents, followed by Infineon, BASF, Bosch, and Henkel; pie chart highlights semiconductors and the rising role of artificial intelligence as top industry trends.

  • Japan remains in second place in terms of assignee countries, with Canon, Toshiba, Sony, Panasonic and Epson as its top 5.

Bar charts showing the top countries and Japanese companies for USPTO patent assignees March 6–12, 2019; US leads, with IBM excelling in artificial intelligence patents and Canon as the top Japanese assignee.

Parola Top Patents

Here’s the summary of the patent recipients from the USPTO from January 30 — February 5

Diagram showing a person with a mobile device connected to an AI-powered network, linking to a service provider and emergency responder. Various device components are labeled.

US 10,200,074 | Methods and apparatus to sense and protect against liquid in contact with a mobile electronic device | AT&T
Mobile devices have gotten smarter. AT&T’s new patent include determining, using a plurality of liquid sensors, whether liquid has come into contact with the internal surface of a user’s phone. As a response, the user will be alerted and a port of the mobile device will be sealed off.

A technical drawing of a human hand with labeled parts and segments, featuring lines and numbers that showcase how AI or artificial intelligence can map anatomical or mechanical components.

US 10,195,748 | Humanoid robot | Interman Corp.
Not all human robots are capable of identifying individuals, which leads to cases of theft and data privacy leaks. A recently granted patent by Interman Corp. discusses the advantages of a robot capable of individual identification through a natural motion of the robot itself. Through handshake gestures, the robot could perform vein pattern similarity degree for personal identification.

Two diagrams labeled FIG. 1 and FIG. 2 show technical illustrations of patterned surfaces with numbered parts and reference indicators, potentially relevant to AI or artificial intelligence applications from companies like IBM or CognitiveScale.

US 10,198,890 | Hybrid Banknote With Electronic Indicia Using Near-Field-Communications | X-Celeprint Ltd
In this patent of X-Celeprint, banknotes are given a facelift.The invention illustrates a hybrid high-security document that has one or more light-emitting modules disposed on or embedded in a document with or without visible markings. With this, electronically-accessible currency with visible indicia is now a reality.

Technical line drawing of a mechanical device with labeled components and parts, showing an isometric patent-style schematic view—ideal for illustrating concepts in artificial intelligence and AI-driven systems.

US 10,196,802 | Food waste treatment apparatus | LG Electronics Inc
What’s new about this patent on food waste treatment is the inclusion of a dehydrator and agitator to supply dry air. Conventional garbage disposal units grind food waste regardless of the food waste’s components. With LG’s new invention, enhanced grinding efficiency and removal of highly viscous grounds or fine powder can be achieved.

A diagram showing a power supply system enhanced by artificial intelligence, with connections between a device operator, power supply equipment, billing processor, payment provider, power supplier, and billing entity.

US 10,198,892 | Metered delivery of wireless power | Philips IP Ventures B.V.
Philips’ recent patent looks into automated power delivery and metering. The power system provides consumers power or charge, and subsequently bills them per charging minute. Ideally, the power system may be installed in airport/airplane seatings, auditoriums, desks, drawers, or kiosks.

Diagram showing a path labeled "Adjustment, Obstacle Identified," intersected by obstacles, featuring a crab icon, with an alternate path labeled "Success"—illustrating how artificial intelligence guides progress despite challenges.

US 10,198,953 | Obstruction detection in air traffic control systems for unmanned aerial vehicles | Etak Systems LLC
This patent is in anticipation of the proliferation of UAVs for delivery, research, rescue, etc. In this invention, a system for UAV air traffic control is being described for obstruction detection and flying lane management. The system communicates with a plurality of servers each configured to communicate with a plurality of UAVs in a geographic or zone coverage.

A group of people labeled "Client UE" connects to a network enhanced by artificial intelligence, which links to both the "Measurement & Analysis Function UE" and the "Location Server Function LMF.

US 10,198,505 | Personalized experience scores based on measurements of affective response | Affectomatics Ltd
Affectomatics’ new patent is on the various applications of crowd-based affective response. It involves the measurement of a user’s personal experience being at a location, consuming certain content, having a social interaction (e.g., in the physical world or a virtual world), exercising, traveling a certain route, consuming a substance, and/or utilizing a product. This experience score may be calculated via the use of different sensors and user interfaces.

Two people sit at desks with computers and VR headsets, using artificial intelligence to interact with 3D medical images displayed on the monitors in a workspace setting.

US 10,198,958 | Training method and apparatus employing brainwave monitoring | Freer Logic, LLC
Freer Logic’s recent patent relates to human performance training implemented by a computer. The method employs a brainwave monitor to determine and monitor the state of attention of at least one trainee. Once the level of attention of a trainee is at or above a predetermined threshold, the training environment is activated.

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