LUMIMEMS Trademark Information

Panorama Synergy Ltd

Microelectromechanical Systems (MEMS) devices other than for medical use, namely, MEMS gas sensors for measuring gas concentration and detecting the presence of gases not for medical purposes, MEMS fluid sensors for measuring the viscosity, flow and levels of fluids not for medical purposes, MEMS chemical sensors for measuring the chemical concentrations of gas, fluids, and solid materials not for medical purposes; MEMS biological sensors in t...

Microelectromechanical Systems (MEMS) devices for medical use, namely, devices that measure gas concentrations fluid flow rates for measuring blood flow, blood flow rates, concentration of species in fluids for pathological and/or clinical testing, displacement in the nature of a clinical and/or pathological test device, acceleration in the nature of clinical and/or pathological test device, vibration in the nature of clinical and/or pathologi...

This is a brand page for the LUMIMEMS trademark by Panorama Synergy Ltd  in , , .

Write a review about a product or service associated with this LUMIMEMS trademark. Or, contact the owner Panorama Synergy Ltd of the LUMIMEMS trademark by filing a request to communicate with the Legal Correspondent for licensing, use, and/or questions related to the LUMIMEMS trademark.

On Thursday, January 15, 2015, a U.S. federal trademark registration was filed for LUMIMEMS. The USPTO has given the LUMIMEMS trademark serial number of 79169881. The current federal status of this trademark filing is REGISTERED. The correspondent listed for LUMIMEMS is Stephanie S. Buntin of Howard & Howard Attorneys PLLC, 450 West Fourth Street, Royal Oak MI 48067 . The LUMIMEMS trademark is filed in the category of Computer & Software Products & Electrical & Scientific Products , Medical Instrument Products . The description provided to the USPTO for LUMIMEMS is Microelectromechanical Systems (MEMS) devices other than for medical use, namely, MEMS gas sensors for measuring gas concentration and detecting the presence of gases not for medical purposes, MEMS fluid sensors for measuring the viscosity, flow and levels of fluids not for medical purposes, MEMS chemical sensors for measuring the chemical concentrations of gas, fluids, and solid materials not for medical purposes; MEMS biological sensors in the nature of sensors for scientific use to be used on humans, animals or plants to gather biometric data not for medical purposes, MEMS accelerometers, MEMS gyroscopes, MEMS magnetometers, MEMS microphones, MEMS Bolometers, MEMS radiation sensors for sensing radiation levels, MEMS pressure sensors, MEMS temperature sensors; electromechanical measuring devices, namely, for measuring gas concentrations, gas flow rates, fluid flow rates, concentration of species in fluids, displacement, acceleration, vibration, rotation, pressure, magnetic field, temperature not for medical purposes, electromagnetic radiation levels, acoustic intensity in the nature of measuring audio signals, light levels in the nature of measuring light radiation, light wavelengths, the infrared spectrum, and a light source's state of polarization; scientific electronic apparatus other than for medical diagnosis, namely, for measuring the material composition and/or the topographical features of items of interest, namely, scientific instruments for measuring the chemical concentrations and physical properties of materials; apparatus and equipment in the nature of scientific and medical laboratory research instruments used for biological analysis, namely, for measuring mechanical, chemical, optical, electro-magnetic or acoustic indicators to determine the status of living organisms other than humans; diagnostic apparatus, not for medical purposes, namely, machines for testing the performance and effectiveness of machines using mechanical, sound, optical, electromagnetic, electrical or thermal responses of the machine, namely, metal strength testing machines, plastic testing machines, computer component testing machines, ultrasonic inspection devices, sound level meters, electronic apparatus for testing compression, strength, hardness and tensile characteristics of industrial materials; microscopes, including atomic force microscopes; electronic monitoring apparatus and instruments, other than for medical use for observing microscopic details of organic and inorganic samples, namely, automated microscope and operating software sold as a unit for use in laboratory operations, biological microscopes, hand-operated laboratory tools for manipulating laboratory samples, chromatography apparatus for laboratory use, optical profilometers and contact-mode microscopes; electronic apparatus, namely, electronic environmental sensors for measuring environmental conditions, namely, temperature, light, gas concentration, atmospheric pressure, humidity, magnetic field intensity, radiation level, wind speed, ambient noise level, hydrostatic pressure, and air quality; electronic apparatus, namely, gas sensors for measuring toxic gases not for medical use; research laboratory electronic blood oxygen saturation monitors other than for medical use; electronic carbon dioxide monitors other than for medical purposes, namely, carbon dioxide detectors; electronic components in the nature of microchips; microelectronic components, namely, microchips, integrated circuits, MEMS sensors in the nature of MEMS radiation sensors for sensing radiation levels, MEMS pressure sensors, MEMS temperature sensors, MEMS actuators, application specific integrated circuits (ASIC) and hybrids of MEMS and ASIC in the nature of chipsets, integrated circuit modules, integrated circuits incorporating MEMS technology; electronic equipment, namely, environmental sensors for measuring and testing environmental conditions, namely, temperature, light, gas concentration, atmospheric pressure, humidity, magnetic field intensity, radiation level, wind speed, ambient noise level, hydrostatic pressure, and air quality; electronic measuring apparatus, namely, gas sensors for monitoring and determining the presence and/or concentrations of toxic gases; electronic temperature monitors other than for medical use, namely, temperature sensors, temperature indicators, temperature transmitters, thermometers, instruments incorporating thermometers in the nature of technical measuring instruments incorporating thermometers for measuring the temperature of gases and liquids; electronic weighing indicators; sensor apparatus, other than for medical use, namely, bio sensors in the nature of sensors for scientific use to be used on humans, animals or plants to gather biometric data; electronic pressure measurement sensors; electronic sensors, namely, electronic pressure sensors; electro-optical sensors; electro-optical instruments, apparatus and devices, namely, electro-optic pressure sensors; electrochemical gas sensors for measuring gas concentration and detecting the presence of gases; fibre optical sensors for sensing proximity, solar radiation, liquid levels, acceleration, rotation, magnetic field, electromagnetic radiation, light levels, and sound levels; digital optical transmission apparatus, namely, for transmitting digital data optically for telecommunications applications; gas sensors for measuring gas concentration and detecting the presence of gases; heat sensors for the detection of fire, explosives, drugs in biological samples for research use, intruders, wildlife and animals; humidity sensors; infrared sensors; optical sensors, namely, optical fibre sensors for sensing proximity, liquid levels, acceleration, rotation, magnetic field, electromagnetic radiation, light levels, and sound levels; pressure sensors; sensors for engines and machines to measure vibration levels and gas concentrations, fluid concentrations and flow rates; sensors for measuring depth; sensors for trace analysis in the food and beverage industry, namely, diagnostic apparatus for testing food and beverages; sensors for use in the control of engines and motors in the nature of engine control unit components that optimize engine performance and minimize emissions; sensors incorporating optical fibres, namely, optical fibre sensors for sensing proximity, liquid levels, acceleration, rotation, magnetic field, electromagnetic radiation, light levels, and sound levels; sensors used in oceanography for measuring pressure, depth, particle acceleration or acoustic levels; temperature sensors for scientific use; vibration sensors.

Word mark: LUMIMEMS
Status/Status Date:
REGISTERED
2/21/2017
Serial Number: 79169881
Filing Date: 1/15/2015
Registration Number: 5143784
Registration Date: 2/21/2017
Goods and Services: Microelectromechanical Systems (MEMS) devices other than for medical use, namely, MEMS gas sensors for measuring gas concentration and detecting the presence of gases not for medical purposes, MEMS fluid sensors for measuring the viscosity, flow and levels of fluids not for medical purposes, MEMS chemical sensors for measuring the chemical concentrations of gas, fluids, and solid materials not for medical purposes; MEMS biological sensors in the nature of sensors for scientific use to be used on humans, animals or plants to gather biometric data not for medical purposes, MEMS accelerometers, MEMS gyroscopes, MEMS magnetometers, MEMS microphones, MEMS Bolometers, MEMS radiation sensors for sensing radiation levels, MEMS pressure sensors, MEMS temperature sensors; electromechanical measuring devices, namely, for measuring gas concentrations, gas flow rates, fluid flow rates, concentration of species in fluids, displacement, acceleration, vibration, rotation, pressure, magnetic field, temperature not for medical purposes, electromagnetic radiation levels, acoustic intensity in the nature of measuring audio signals, light levels in the nature of measuring light radiation, light wavelengths, the infrared spectrum, and a light source's state of polarization; scientific electronic apparatus other than for medical diagnosis, namely, for measuring the material composition and/or the topographical features of items of interest, namely, scientific instruments for measuring the chemical concentrations and physical properties of materials; apparatus and equipment in the nature of scientific and medical laboratory research instruments used for biological analysis, namely, for measuring mechanical, chemical, optical, electro-magnetic or acoustic indicators to determine the status of living organisms other than humans; diagnostic apparatus, not for medical purposes, namely, machines for testing the performance and effectiveness of machines using mechanical, sound, optical, electromagnetic, electrical or thermal responses of the machine, namely, metal strength testing machines, plastic testing machines, computer component testing machines, ultrasonic inspection devices, sound level meters, electronic apparatus for testing compression, strength, hardness and tensile characteristics of industrial materials; microscopes, including atomic force microscopes; electronic monitoring apparatus and instruments, other than for medical use for observing microscopic details of organic and inorganic samples, namely, automated microscope and operating software sold as a unit for use in laboratory operations, biological microscopes, hand-operated laboratory tools for manipulating laboratory samples, chromatography apparatus for laboratory use, optical profilometers and contact-mode microscopes; electronic apparatus, namely, electronic environmental sensors for measuring environmental conditions, namely, temperature, light, gas concentration, atmospheric pressure, humidity, magnetic field intensity, radiation level, wind speed, ambient noise level, hydrostatic pressure, and air quality; electronic apparatus, namely, gas sensors for measuring toxic gases not for medical use; research laboratory electronic blood oxygen saturation monitors other than for medical use; electronic carbon dioxide monitors other than for medical purposes, namely, carbon dioxide detectors; electronic components in the nature of microchips; microelectronic components, namely, microchips, integrated circuits, MEMS sensors in the nature of MEMS radiation sensors for sensing radiation levels, MEMS pressure sensors, MEMS temperature sensors, MEMS actuators, application specific integrated circuits (ASIC) and hybrids of MEMS and ASIC in the nature of chipsets, integrated circuit modules, integrated circuits incorporating MEMS technology; electronic equipment, namely, environmental sensors for measuring and testing environmental conditions, namely, temperature, light, gas concentration, atmospheric pressure, humidity, magnetic field intensity, radiation level, wind speed, ambient noise level, hydrostatic pressure, and air quality; electronic measuring apparatus, namely, gas sensors for monitoring and determining the presence and/or concentrations of toxic gases; electronic temperature monitors other than for medical use, namely, temperature sensors, temperature indicators, temperature transmitters, thermometers, instruments incorporating thermometers in the nature of technical measuring instruments incorporating thermometers for measuring the temperature of gases and liquids; electronic weighing indicators; sensor apparatus, other than for medical use, namely, bio sensors in the nature of sensors for scientific use to be used on humans, animals or plants to gather biometric data; electronic pressure measurement sensors; electronic sensors, namely, electronic pressure sensors; electro-optical sensors; electro-optical instruments, apparatus and devices, namely, electro-optic pressure sensors; electrochemical gas sensors for measuring gas concentration and detecting the presence of gases; fibre optical sensors for sensing proximity, solar radiation, liquid levels, acceleration, rotation, magnetic field, electromagnetic radiation, light levels, and sound levels; digital optical transmission apparatus, namely, for transmitting digital data optically for telecommunications applications; gas sensors for measuring gas concentration and detecting the presence of gases; heat sensors for the detection of fire, explosives, drugs in biological samples for research use, intruders, wildlife and animals; humidity sensors; infrared sensors; optical sensors, namely, optical fibre sensors for sensing proximity, liquid levels, acceleration, rotation, magnetic field, electromagnetic radiation, light levels, and sound levels; pressure sensors; sensors for engines and machines to measure vibration levels and gas concentrations, fluid concentrations and flow rates; sensors for measuring depth; sensors for trace analysis in the food and beverage industry, namely, diagnostic apparatus for testing food and beverages; sensors for use in the control of engines and motors in the nature of engine control unit components that optimize engine performance and minimize emissions; sensors incorporating optical fibres, namely, optical fibre sensors for sensing proximity, liquid levels, acceleration, rotation, magnetic field, electromagnetic radiation, light levels, and sound levels; sensors used in oceanography for measuring pressure, depth, particle acceleration or acoustic levels; temperature sensors for scientific use; vibration sensors
Mark Description: NOT AVAILABLE
Type Of Mark: TradeMark
Published For Opposition Date: 12/6/2016
Last Applicant/Owner: Panorama Synergy Ltd
Mark Drawing Code: Standard Character Mark
Design Search: (NO DATA)
Register Type: Principal
Disclaimer: (NOT AVAILABLE)
Correspondent:
Howard & Howard Attorneys PLLC
450 West Fourth Street
Royal Oak MI 48067

Use in Commerce Trademark - Applicant has provided proof of use of this mark in commerce to USPTO.

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Current Trademark Status:
2/21/2017
REGISTERED
Correspondent Search:

Stephanie S. Buntin is a correspondent of LUMIMEMS trademark.

Current Overall Rating:
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