Trademark: 1772887
Word
Device Descrption:
INVERTED TRIANGLE INDENTS TRIANGLE,DIVIDED
ID
1772887
Trademark Type
Figurative
Status
Registered: Registered/protected
Application Date
25 May 2016
Registration Date
25 May 2016
Renewal Date
25 May 2026
Owner(s)
Service
K&L Gates
Goods and Services:
Class 9:
Computer software for use with spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical to determine the position of objects of interest during surgery; computer software for use with spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical to determine the position of objects of interest during orthopaedic surgery; computer software for use with spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical to determine the position of objects of interest during neurological surgery; computer software for use with spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical to determine the position of objects of interest during spinal surgery
Computer software for use with spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical to determine the position of objects of interest during surgery; computer software for use with spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical to determine the position of objects of interest during orthopaedic surgery; computer software for use with spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical to determine the position of objects of interest during neurological surgery; computer software for use with spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical to determine the position of objects of interest during spinal surgery
Class 10:
Spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical for determining the position of objects of interest during surgery; spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical for determining the position of objects of interest during orthopaedic surgery; spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical for determining the position of objects of interest during neurological surgery; spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical for determining the position of objects of interest during spinal surgery
Spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical for determining the position of objects of interest during surgery; spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical for determining the position of objects of interest during orthopaedic surgery; spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical for determining the position of objects of interest during neurological surgery; spatial measurement instruments using one or more of the following technologies: optical, magnetic, fibre optic, radio frequency, electrical impulse, electrical, inertial and mechanical for determining the position of objects of interest during spinal surgery
Class 35:
Sale and distribution of spatial measurement instruments, and computer software for use with spatial measurement instruments all for use in surgery
Sale and distribution of spatial measurement instruments, and computer software for use with spatial measurement instruments all for use in surgery
Class 41:
Educational services, namely, training in the use and operation of spatial measurement instruments for use in surgery; educational services, namely, training in the use and operation of spatial measurement instruments in the field of orthopaedic surgery; educational services, namely, training in the use and operation of spatial measurement instruments in the field of neurological surgery; providing information concerning the use and operation of spatial measurement instruments for determining the position of objects of interest during spinal surgery; educational services, namely, training in the use and operation of spatial measurement devices in the field of spinal surgery
Educational services, namely, training in the use and operation of spatial measurement instruments for use in surgery; educational services, namely, training in the use and operation of spatial measurement instruments in the field of orthopaedic surgery; educational services, namely, training in the use and operation of spatial measurement instruments in the field of neurological surgery; providing information concerning the use and operation of spatial measurement instruments for determining the position of objects of interest during spinal surgery; educational services, namely, training in the use and operation of spatial measurement devices in the field of spinal surgery
Class 42:
Technical consulting services in respect of spatial measurements devices for use in surgery
Technical consulting services in respect of spatial measurements devices for use in surgery
Class 44:
Clinical medical services in respect of surgical spatial measurement instruments; clinical medical services in respect of computer software for use with spatial measurement devices for use in surgery; providing information concerning the use and operation of spatial measurement instruments for determing the position of objects of interest during surgery; providing information concerning the use and operation of spatial measurement instruments for determing the position of objects of interest during orthopaedic surgery; providing information concerning the use and operation of spatial measurement instruments for determing the position of objects of interest during spinal surgery
Clinical medical services in respect of surgical spatial measurement instruments; clinical medical services in respect of computer software for use with spatial measurement devices for use in surgery; providing information concerning the use and operation of spatial measurement instruments for determing the position of objects of interest during surgery; providing information concerning the use and operation of spatial measurement instruments for determing the position of objects of interest during orthopaedic surgery; providing information concerning the use and operation of spatial measurement instruments for determing the position of objects of interest during spinal surgery