About 14 Trademarks found that are owned by Asensus Surgical Us Inc.

The color(s) light blue and dark blue is/are claimed as a feature of the mark.

The mark consists of a light blue flowing line behind a capital letter "T" formed by joining two 90 degree angles followed by "ransEnterix" in dark blue.

Color is not claimed as a feature of the mark.

The mark consists of a flowing line behind a capital letter "T" formed by joining two 90 degree angles followed by "ransEnterix".

retail services by direct solicitation by sales agents in the field of surgical devices for use in laparoscopic procedures

medical devices, namely, surgical devices for use in laparoscopic procedures

The mark consists of a fingerprint design including a stylized letter "S" made of four circles connected by diagonal lines in the middle of the fingerprint design.

Computer hardware for use with remote controlled surgical procedures; Computer hardware which facilitates the transmission of surgical instructions, controls, signals, and feedback provided to medical and surgical professionals between locations via local computer networks through medical images and data; software in the nature of surgical robot operating software which facilitates the transmission of surgical instructions, controls, signals, and feedback provided to medical and surgical professionals between locations via local computer networks through medical images and data; electrical and optical instruments, namely, transmitters and receivers which facilitate transmission of surgical information between locations via local computer networks and direct connections through archived medical images; a data storage and retrieval system primarily comprised of a computer laptop, a touchscreen, an embedded camera, a headset for use with computers, a microphone, a computer mouse, a blank USB flash drive, a remote interface for computers and software for remote computer interface operating software embedded therein

Computer hardware, software, electrical and optical instruments which facilitate transmission of surgical information between locations via the internet, global computer networks and direct connections through archived medical images and a data storage and retrieval system, namely, a computer laptop, touchscreen, embedded camera, headset for use with computers, microphone, mouse, blank USB flash drive, remote interface for computers and software embedded therein

Computerized, powered surgical manipulation system comprised of support arm, control cart, control console, immersive video display, camera image processing equipment, surgical manipulation system software and instructional manuals provided as a unit, patient-side system with multiple arms and motors that use sterile connectors to help drive a full line of resposable tools, namely, laparoscopes, endoscopes, trocars, cannulas, cutters, clamps, elevators, gouges, knives, scope preheaters, light sources, cables and component parts, electrosurgical instruments, electrocautery instruments, tissue and vessel sealing instruments, plasma instruments, laser instruments, ultrasound instruments, lens cleaning brushes, scrub and biopsy brushes, clip appliers and clips, tack appliers and tacks, applicators, ligature carriers, needle holders, hemostats, graspers, curettes, instrument guides, ligature passing and knotting instruments, needles, retractors, snares, stylets, forceps, dissectors, calipers, scissors, suction and irrigation probes, sterile drapes, amputation hooks, osteotomes, saws, retainers, suturing apparatus, measuring tapes, chisels and contractors, files, skin graft expanders, lancets, mallets, pliers, hammers, rasps, spatulas, and strippers; surgical instruments, namely, scalpels, scalpel blades and handles, staplers, tackers, clip appliers, electrocautery tools, forceps, needle holders, guides and drivers, graspers, and kiteners

TRUE WRIST

Computer hardware and embedded software for use in operating surgical robots and surgical robotic tools; computer hardware and embedded software for processing digital images of surgical environments; recorded augmented reality software for use in integrating electronic data with images of surgical environments; recorded computer software using artificial intelligence for recognizing surgical tools and anatomical features in images of a surgical environment and analyzing the surgical environment using image data; recorded graphical user interface software; Computer hardware for use with robotic surgical procedures; Computer hardware which facilitates the transmission of surgical instructions, controls, signals, and feedback provided to medical and surgical professionals between locations via local computer networks through medical images and data; recorded software in the nature of surgical robot operating software which facilitates the transmission of surgical instructions, controls, signals, and feedback provided to medical and surgical professionals between locations via local computer networks through medical images and data; A remote collaboration system primarily comprised of a computer, a display, a camera used to capture images of surgical personnel, a remote interface for computers and remote computer interface operating software embedded therein; Computer hardware and downloadable computer software using artificial intelligence for deep learning, predictive models, predictive systems, natural language understanding, natural language processing, NLP, pattern analysis, pattern recognition, supervised learning, unsupervised learning, visual data representation, recommendation systems, reinforcement learning, robotics, robotic process automation, augmented intelligence, artificial neural networks, artificial narrow intelligence, artificial general intelligence, statistical models, statistical learning, computational intelligence, symbolic computing, symbolic systems, inference, data science, data models, data analysis, data pipelines, data automation, mathematical optimization, dimensionality reduction, probability analysis, probabilistic methods, classification, computer vision, image recognition, content extraction, text extraction, question answering, text generation, text analysis, text classification, generative content, convoluted neural networks, generative adversarial networks, GANs, expert systems, autonomous systems, linear regression, logistic regression, density estimation, cluster analysis, time series analysis, decision trees, churn prediction, random forests, monte-carlo simulations, bayesian models, principal component analysis, ensembles, neural networks, support vector machines, nearest neighbors, feature selection, variable reduction, spatial modeling, attribution modeling, collaborative filtering, and segmentation model

Computerized, powered surgical manipulation system comprised of a robotic arm used for surgical purposes, a user console with user input devices, haptic input devices and eye tracking input devices, a display used to display real time images of the surgical environment, with camera image processing equipment in the nature of computers, and surgical manipulation system software in the nature of embedded surgical robot operating software; Surgical robotic system comprised of surgical robotic arms and motors that use sterile connectors to help drive surgical tools, namely, laparoscopes, endoscopes, cutters, elevators, light sources, monopolar surgical instruments, biopolar surgical instruments, electrocautery instruments, tissue sealing instruments, ultrasonic instruments, clip appliers and clips, needle holders, graspers, needles, retractors, forceps, dissectors, scissors, suturing apparatus; Surgical instruments, namely, dissectors, scissors, clip appliers, electrocautery tools, monopolar surgical instruments, bipolar surgical instruments, tissue and vessel sealing instruments, staplers, forceps, needle holders, sterile drapes, graspers, tip covers, and hooks; surgical instrument adaptors in the nature of medical devices for interfacing surgical instruments to surgical robotic manipulators and surgical instrument trays; medical imaging apparatus with embedded augmented reality software for use in integrating electronic data with images of surgical environments; medical imaging apparatus with embedded computer software using artificial intelligence for recognizing surgical tools and anatomical features in images of a surgical environment and analyzing the surgical environment using image data; medical imaging apparatus with embedded graphical user interface software; surgical robot with embedded software in the nature of surgical robot operating software which facilitates the transmission of surgical instructions, controls, signals, and feedback provided to medical and surgical professionals between locations via local computer networks through medical images and data

The mark consists of "ASENSUS SURGICAL" in a stylized font, "ASENSUS" over "SURGICAL", the words divided by a line with two smaller segments on the left and one larger segment extending to the right with outlined dots on each end.

Computer hardware and embedded software for use in operating surgical robots and surgical robotic tools; computer hardware and embedded software for processing digital images of surgical environments; recorded augmented reality software for use in integrating electronic data with images of surgical environments; recorded computer software using artificial intelligence for recognizing surgical tools and anatomical features in images of a surgical environment and analyzing the surgical environment using image data; recorded graphical user interface software; Computer hardware for use with robotic surgical procedures; Computer hardware which facilitates the transmission of surgical instructions, controls, signals, and feedback provided to medical and surgical professionals between locations via local computer networks through medical images and data; recorded software in the nature of surgical robot operating software which facilitates the transmission of surgical instructions, controls, signals, and feedback provided to medical and surgical professionals between locations via local computer networks through medical images and data; A remote collaboration system primarily comprised of a computer, a display, a camera used to capture images of surgical personnel, a remote interface for computers and remote computer interface operating software embedded therein; Computer hardware and downloadable computer software using artificial intelligence for deep learning, predictive models, predictive systems, natural language understanding, natural language processing, NLP, pattern analysis, pattern recognition, supervised learning, unsupervised learning, visual data representation, recommendation systems, reinforcement learning, robotics, robotic process automation, augmented intelligence, artificial neural networks, artificial narrow intelligence, artificial general intelligence, statistical models, statistical learning, computational intelligence, symbolic computing, symbolic systems, inference, data science, data models, data analysis, data pipelines, data automation, mathematical optimization, dimensionality reduction, probability analysis, probabilistic methods, classification, computer vision, image recognition, content extraction, text extraction, question answering, text generation, text analysis, text classification, generative content, convoluted neural networks, generative adversarial networks, GANs, expert systems, autonomous systems, linear regression, logistic regression, density estimation, cluster analysis, time series analysis, decision trees, churn prediction, random forests, monte-carlo simulations, bayesian models, principal component analysis, ensembles, neural networks, support vector machines, nearest neighbors, feature selection, variable reduction, spatial modeling, attribution modeling, collaborative filtering, and segmentation model

Computer hardware and embedded software for use in operating surgical robots and surgical robotic tools; computer hardware and embedded software for processing digital images of surgical environments; recorded augmented reality software for use in integrating electronic data with images of surgical environments; recorded computer software using artificial intelligence for recognizing surgical tools and anatomical features in images of a surgical environment and analyzing the surgical environment using image data; recorded graphical user interface software; Computer hardware for use with robotic surgical procedures; Computer hardware which facilitates the transmission of surgical instructions, controls, signals, and feedback provided to medical and surgical professionals between locations via local computer networks through medical images and data; recorded software in the nature of surgical robot operating software which facilitates the transmission of surgical instructions, controls, signals, and feedback provided to medical and surgical professionals between locations via local computer networks through medical images and data; A remote collaboration system primarily comprised of a computer, a display, a camera used to capture images of surgical personnel, a remote interface for computers and remote computer interface operating software embedded therein; Computer hardware and downloadable computer software using artificial intelligence for deep learning, predictive models, predictive systems, natural language understanding, natural language processing, NLP, pattern analysis, pattern recognition, supervised learning, unsupervised learning, visual data representation, recommendation systems, reinforcement learning, robotics, robotic process automation, augmented intelligence, artificial neural networks, artificial narrow intelligence, artificial general intelligence, statistical models, statistical learning, computational intelligence, symbolic computing, symbolic systems, inference, data science, data models, data analysis, data pipelines, data automation, mathematical optimization, dimensionality reduction, probability analysis, probabilistic methods, classification, computer vision, image recognition, content extraction, text extraction, question answering, text generation, text analysis, text classification, generative content, convoluted neural networks, generative adversarial networks, GANs, expert systems, autonomous systems, linear regression, logistic regression, density estimation, cluster analysis, time series analysis, decision trees, churn prediction, random forests, monte-carlo simulations, bayesian models, principal component analysis, ensembles, neural networks, support vector machines, nearest neighbors, feature selection, variable reduction, spatial modeling, attribution modeling, collaborative filtering, and segmentation model

"SURGICAL"

Computer hardware and embedded software for use in operating surgical robots and surgical robotic tools; computer hardware and embedded software for processing digital images of surgical environments; recorded augmented reality software for use in integrating electronic data with images of surgical environments; recorded computer software using artificial intelligence for recognizing surgical tools and anatomical features in images of a surgical environment and analyzing the surgical environment using image data; recorded graphical user interface software; Computer hardware for use with robotic surgical procedures; Computer hardware which facilitates the transmission of surgical instructions, controls, signals, and feedback provided to medical and surgical professionals between locations via local computer networks through medical images and data; recorded software in the nature of surgical robot operating software which facilitates the transmission of surgical instructions, controls, signals, and feedback provided to medical and surgical professionals between locations via local computer networks through medical images and data; A remote collaboration system primarily comprised of a computer, a display, a camera used to capture images of surgical personnel, a remote interface for computers and remote computer interface operating software embedded therein; Computer hardware and downloadable computer software using artificial intelligence for deep learning, predictive models, predictive systems, natural language understanding, natural language processing, NLP, pattern analysis, pattern recognition, supervised learning, unsupervised learning, visual data representation, recommendation systems, reinforcement learning, robotics, robotic process automation, augmented intelligence, artificial neural networks, artificial narrow intelligence, artificial general intelligence, statistical models, statistical learning, computational intelligence, symbolic computing, symbolic systems, inference, data science, data models, data analysis, data pipelines, data automation, mathematical optimization, dimensionality reduction, probability analysis, probabilistic methods, classification, computer vision, image recognition, content extraction, text extraction, question answering, text generation, text analysis, text classification, generative content, convoluted neural networks, generative adversarial networks, GANs, expert systems, autonomous systems, linear regression, logistic regression, density estimation, cluster analysis, time series analysis, decision trees, churn prediction, random forests, monte-carlo simulations, bayesian models, principal component analysis, ensembles, neural networks, support vector machines, nearest neighbors, feature selection, variable reduction, spatial modeling, attribution modeling, collaborative filtering, and segmentation model

A CENSUS