IMAGE MANAGEMENT IMAGE PROCESSING

Brand Owner Address Description
DERMAVIZ QuantifiCare Inc. 3325 Paddocks Pkwy Suwanee GA 30024 United States Image management and image processing Software; image analysis tools in the nature of computer software for analyzing medical images; measuring instruments and apparatus, namely, digitizers and 3D cameras; image recording, transmission and reproduction apparatus; image analysis software, particularly for medical images; diagnostic support software for interpretation of scans provided by diagnostic imaging equipment; software for CT scan analysis, analysis of nuclear magnetic resonance images, ultrasounds, nuclear medicine images, digital photography; 3D reconstruction software for use with medical images; photogrammetry stereo software; blank magnetic data carriers, pre-recorded magnetic recording media, namely, magnetic recording media in the field of medical images; blank digital image storage media ; blank medical data storage media; computers; digital cameras; 3D photographic apparatus, namely 3D cameras for stereophotogrammetry; thermal cameras; non-medical imaging devices, namely for the imaging of artefacts, archeology, forensic, animals, plants;DERMA VISION;Surgical, medical, dental and veterinary apparatus and instruments, namely 3D scanner for human body for dimensional measurement, surgical instruments and apparatus, magnetic resonance imager, ultrasound imaging apparatus, scanners and needle guides, and parts and fittings therefor; skin analysis apparatus, namely imaging apparatus and probes for skin pigmentation, vascularization, sebum, wrinkles, evenness analysis; MRI diagnostic apparatus, medical ultrasound apparatus; photo-dermoscopy apparatus; prostheses replacing body parts such as hand, arm, leg, eye socket, nose; dental prostheses; bone prostheses; implants consisting of artificial materials; orthopedic articles, namely splints, orthopedic support bandages, corset for back, insole; surgical simulation apparatus, namely, laparoscopic tools, rhinoplasty simulation, blepharoplasty simulation, breast implant simulation, hyaluronic acid injection simulation, botulinum toxin injection simulation, facial surgery simulation, anatomy models, suturing models, and abdominal wall models;Evaluations, assessments and research in the fields of science and technology provided by engineers, namely testing and evaluating the efficacy of medical treatment in clinical trials; scientific and technical research in the field of medical image analysis software and 3D imaging apparatus; design and development of computers and software; development of image analysis methods; software development; computer programming; consultancy relating to design and development of computers, digital cameras, image acquisition systems, and data transmission systems; design of computer simulation systems; design of client-server computer systems; design of a system for electronic timestamping, signatures and encryption; hosting of servers; electronic data storage;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. An image processing device includes: (1) a scanner unit for inputting image data; (2) an image memory for storing the image data; (3) a machine control board for confirming the characteristics of the image data; (4) a binary image processing section for performing image processing with respect to the image data; (5) an operation key group for setting a processing mode of the binary image processing section; and (6) a main-CPU for managing (i) the characteristics of each image data confirmed by the machine control board and (ii) a processing mode set by the operation key group, as management information, with reference to the corresponding image data stored in the image memory. The binary image processing section performs image processing with respect to the image data according to the management information managed by the main-CPU. Since the image data is processed according to its management information managed in the management table, it is possible to manage the image processing so that appropriate image processing is applied to each inputted image data, and that time-wasting image processing is not applied to image data improperly inputted.