GleanMark

IN EVERYTHING, BETTER Trademark

IN EVERYTHING, BETTER is a USPTO trademark filed by TDK KABUSHIKI KAISHA (TDK CORPORATION). Status: Pending.

Trademark Facts

MarkIN EVERYTHING, BETTER
Serial Number99371483
StatusPending
Filing Date2025-09-03
Mark TypeWord
Nice Classes007 (Machinery), 009 (Electronics & Software), 035 (Advertising & Business), 042 (Software & IT)
OwnerTDK KABUSHIKI KAISHA (TDK CORPORATION)
Attorney of RecordBassam N. Ibrahim
Prosecution Events10
Latest EventCRFA on 2026-04-28

Goods & Services

Class 007: Semiconductor manufacturing machines; Flip chip mounting machine for the manufacture of electric, electronic and semiconductor devices and components; Class 009: Capacitors; Electronic components in the nature of filters; Electrical inductors; Electric coils; Choking coils for use in electrical apparatus; Magnetic cores; Electric reactors; Opto-isolators; Electric sensors; Multilayer ceramic chip capacitors; Multilayer capacitors; Ceramic capacitors; Disc type capacitors with lead; High voltage ceramic capacitors; Multilayer ceramic chip capacitors with dipped radial lead; Ultra high voltage ceramic capacitors; Lead lanthanum zirconate titanate (PLZT) ceramic capacitors; Three-terminal feedthrough capacitors; Electronic surface mounted device (SMD) inductors; Electronic surface mount technology (SMT) inductors; Electronic surface mounted device (SMD) coils; Electronic surface mount technology (SMT) coils; Electronic surface mount inductors; Electronic surface mount coils; Leaded electronic inductors; Leaded electronic coils; Transponder electronic coils; High current flat wire electronic inductors; Coupled electronic inductors; Electronic power factor correction (PFC) choke coils; Choke coils for use in electrical apparatus; Electronic power inductors; Electromagnetic compatibility (EMC) components, namely, ferrite chip beads being electronic noise filters, electronic noise suppression filters, electronic noise filters, electrostatic discharge (ESD) notch filters for noise suppression, three-terminal electromagnetic interference filters, signal line common mode choke coils for use in electrical apparatus, signal line common mode filters, common mode choke coils for use in electrical apparatus; Common mode choke coils for use in electrical apparatus, electronic components in the nature of common mode filters, power line common mode choke coils for use in electrical apparatus, electronic components in the nature of power line common mode filters, differential mode choke coils for use in electrical apparatus, clamp filters being electronic noise filters, ferrite cores with cases being clamp filters with plastic housing, namely, electronic noise filters, feedthrough capacitors, electronic components in the nature of feedthrough filters, power line electromagnetic interference filters, electronic components in the nature of active leakage current filters that measure earth leakage currents, electronic components in the nature of current filters, EMC reactors, electronic components in the nature of output filters, electronic components in the nature of inductor-capacitor-inductor (LCL) filters, ferrites being magnetic cores for EMC suppression, noise suppressing sheets being electromagnetic sheet made of magnetic materials and resin for noise suppression, power line choke coils for use in electrical apparatus, high-current ring core chokes, D-Core chokes, electromagnetic interference (EMI) chokes being electromagnetic interference filters, EMC feedthrough filters being electronic noise filters; Radio frequency (RF) electronic components in the nature of filters for radio frequency suppression, diplexers, triplexers, baluns, directional couplers, signal dividers, signal splitters for electronic apparatus, chip antennas; Isolators being 2-port devices that transmit microwave or radio frequency power in one direction only while blocking the signal in the opposite direction; Voltage protection devices, namely, multilayer chip voltage surge protectors; Temperature protection sensors; Temperature protection thermistors; Diodes; Ceramic transient voltage surge suppressors; Varistors; Electrical surge arresters; Current protection thermistors; Positive temperature coefficient (PTC) inrush electrical current limiters; Negative temperature coefficient (NTC) inrush electric current limiters; Temperature sensors; NTC thermistors; PTC thermistors; Liquid level sensors; Powder level sensors for use in measuring toner for printers; Pressure measurement sensors; Humidity measuring sensors, not for medical use; Measuring apparatus, namely, surface potential sensors for sensing and measuring the surface potential of charged drums; Printer toner quantity sensors for measuring the powder level in toner; Electronic stroke sensors for sensing locations for non-contact location tracking applications, not for medical use; Gear tooth sensors to measure gear rotations in motor vehicles and two-wheeled vehicles; Electric current sensors; Angle measurement sensors for measuring angles, not for medical use; Hall effect switches being mechanical computer keyboard switches; Hall effect switches for home electronics applications, commercial applications, in-car applications, mobile applications, and industrial applications; Linear hall effect sensors for home electronics applications, commercial applications, in-car applications, mobile applications, and industrial applications; Hall effect sensors for home electronics application, commercial applications, in-car applications, mobile applications, and industrial applications; Motion sensors; Inertial sensors for determining acceleration and angular velo; Class 035: Advertising services; Business management; Business administration; Providing office functions; Office functions in the nature of searching for data in computer files for others; Retail store services, on-line retail store services, mail order retail store services, wholesale store services, on-line wholesale store services and mail order wholesale store services all featuring electronic components for use in electrical apparatus and semiconductor manufacturing machines; Class 042: Product testing; Design of integrated circuits; Product testing, namely, testing electronic products for electromagnetic emissions and immunity from electromagnetic interferences; Engineering consultation, engineering evaluation and electrical product design and development for others of electronic goods relating to the electromagnetic emissions and immunity from electromagnetic interference of electronic goods; Measuring and evaluating by providing measurement evaluations of over-the-air signals of mobile terminals that emit RF signals; Development and design of sensor systems for remote process control, for monitoring, system control, diagnostics and error reporting; Design, development and maintenance of computer software; Electromagnetic compatibility (EMC) testing of electronic apparatus and instruments to ensure proper functioning; Software as a service (SaaS) featuring machine learning software for enabling computers to learn to perform tasks autonomously and for using artificial intelligence (AI) to perform machine learning; Rental of computer software using artificial intelligence (AI) to perform machine learning; Providing online non-downloadable computer software using artificial intelligence (AI) to perform machine learning; Technology consultation in the field of artificial intelligence (AI); Research in the field of artificial intelligence technology; Providing online non-downloadable computer software for performing global positioning; Providing online non-downloadable software for use in location positioning systems for automotive, robotic, venue and personal applications

Recent Prosecution Activity

DateDocumentType
2026-01-29Public NotePNR
2026-01-29XSearch Search SummaryXSS
2026-01-29Non-Final ActionNFIN
2025-09-03ApplicationAPP

USPTO Refusals on Record

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