ECHOLUX Trademark
ECHOLUX is a USPTO trademark filed by DeepSight Technology, Inc.. Status: Pending.
Trademark Facts
| Mark | ECHOLUX |
|---|---|
| Serial Number | 98176153 |
| Status | Pending |
| Filing Date | 2023-09-12 |
| Mark Type | Word |
| Nice Classes | 009 (Electronics & Software), 010 (Medical Devices) |
| Owner | DeepSight Technology, Inc. |
| Attorney of Record | Christine B. Redfield |
| Prosecution Events | 42 |
| Latest Event | EXRA on 2026-05-02 |
Goods & Services
Class 009: Modules for visualizing acoustic sensor position, namely, electronic display screens and computer hardware with preinstalled software for receiving acoustic probe signals; modules for visualizing the patient anatomy namely, electronic display screens and computer hardware with preinstalled software for receiving acoustic probe signals; Class 010: Medical device, apparatus and instruments for use in the field of medical imaging, namely, acoustic sensors for diagnosing medical conditions and use in surgical procedures; modules in the nature of ultrasound probes for determining the position of acoustic sensor on a medical device in relation to the whole anatomy of a patient and visualizing thereof for medical diagnostic purposes, diagnosing medical conditions and use in surgical procedures; medical ultrasound imaging probe and apparatus; acoustic sensor tracking and imaging device being parts and fittings of a medical ultrasound imaging apparatus; acoustic sensors for medical devices in the nature of catheters, needles for medical use, and surgical tools, and ultrasound diagnostic apparatus; modules for visualizing the acoustic sensor position, namely, medical ultrasound probes; modules for visualizing the patient anatomy, namely, medical ultrasound probes; modules for determining the position of acoustic sensors in relation to the patient anatomy, namely, medical ultrasound probes; Medical ultrasound device and apparatus to assist in therapeutic, surgical and diagnostic procedures, namely, ultrasound imaging apparatus, non-therapeutic acoustic sensors to assist in guidance, placement and securing of medical devices in vivo