VIOMERSE Trademark
VIOMERSE is a USPTO trademark filed by VIOMERSE, INC.. Status: Pending.
Trademark Facts
| Mark | VIOMERSE |
|---|---|
| Serial Number | 97341270 |
| Status | Pending |
| Filing Date | 2022-03-31 |
| Mark Type | Word |
| Nice Classes | 009 (Electronics & Software), 010 (Medical Devices), 016 (Paper Goods) |
| Owner | VIOMERSE, INC. |
| Attorney of Record | Katherine H. McGuire, Esq. |
| Prosecution Events | 40 |
| Latest Event | EXRA on 2026-02-27 |
Goods & Services
Communication system for remote education, namely, computer, AR/VR headset with data/power cable connected to computer; system for providing communication between a trainee and a remote trainer of a procedure, namely, first and second headsets wearable by the trainee and remote trainer, respectively, first and second electronic device connection hubs for connecting to the first and second headsets, respectively, each of the connection hubs operable to receive an image from at least one imaging device, and a downloadable software program having telecommunication operability and accessible by each of the first and second headsets and operable to project the image in the second viewing field; system for providing device image viewing during a procedure, namely, a headset which can be operated either in an Augmented Reality (AR) or Virtual Reality (VR) mode, having a viewing pane and downloadable software program operable to allow visualization by the wearer of at least two viewing fields where the first viewing field is a see-through lens allowing the wearer to see a live procedure field located adjacent the wearer and a second viewing field displaying an image received by the headset as an electronic signal, a device connection hub connected to the headsets, the device connection hub operable to receive an image from at least one imaging device and the software program operable to project the image in the second viewing field; AR/VR headset and communication hub accessory with sensors including signals within the electromagnetic and acoustic spectrums used to analyze application state, namely, surgical state, procedural state for an assembly or repair procedure, or used in fluid application related to military or law enforcement by utilizing Artificial Intelligence (AI) techniques, or other more traditional algorithmic signals analysis; medical viewing devices for use in medical education in laboratory and scientific settings; surgical training phantoms, namely training simulators, used for the purpose of demonstrating, teaching, and training with surgical devices and for surgical procedures; Synthetic human anatomical models for scientific, instructional, and educational purpose; AR/VR Headset, adapted for use as a medical apparatus, with multiple viewing panes used as a visualization tool for various types of imaging devices utilizing imaging receivers across the electromagnetic, sonic, or temperature sensing devices; AR/VR headset and communication hub accessory, adapted for use as a medical apparatus, with sensors including signals within the electromagnetic, acoustic spectrums used to analyze surgical state, procedural state by utilizing Artificial Intelligence (AI) techniques, or other more traditional algorithmic signals analysis; medical viewing devices for patient treatment, namely, for treating cancer, orthopedic, neurosurgical, urologic, and gynecologic diseases and disorders, neurological disorders, namely, anxiety, post-traumatic stress disorder, and phobias, and pain management