Fasikl Incorporated

Description: Downloadable medical software for controlling and configuring wearable neurostimulation devices for the treatment of neurological disorders

Description: Medical devices for amputees, namely, prosthetic arms

Description: Medical devices, namely, pulse generators for neurorecordation, neurosignal processing, neuromodulation, and neurostimulation

Description: Medical devices for amputees, namely, prosthetic arms

Description: Manufactured medical devices for amputees, namely prosthetic arms, wrists, hands, and fingers; Manufactured medical devices for amputees, namely prosthetic arms, wrists, and fingers that are activated by electromechanical components, including one or more computer processing units that execute artificial intelligence enabling code, and including one or more electronic circuits that can interact with neurological signals to enable neuroprosthetic signal processing and motion execution of the electromechanical components.

Description: Manufactured wearable transdermal medical treatment stand-alone medical devices in the field of neurology to generate closed loop neuroelectric stimulation impulses complementary to real-time measured afferent electrical impulses through the skin to therapeutically modulate a dysfunctional brain cerebello-thalamo-cortical circuit for tremor reduction; stand-alone wearable medical devices for use in neurology in treating tremors non-surgically; stand-alone wearable medical devices for operating in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical energy to the brain; stand-alone therapeutic medical devices worn throughout the day in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical impulses to the brain without online communication connectivity and without downloads of data from any outside source; stand-alone therapeutic medical devices worn on the wrist throughout the day in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical impulses to the brain without online communication connectivity and without downloads of image data from any outside source; wearable stand-alone medical device accelerometers that, in a closed loop circuit, measure physical acceleration to generate complementary neuroelectric stimulation impulses through the skin to therapeutically modulate a dysfunctional brain in the treatment of tremors, including Essential Tremor Disorder and Parkinson's Disease

Description: Medical devices, namely, pulse generators for use as wearable transdermal medical treatment stand-alone devices in the field of neurology to generate closed loop neuroelectric stimulation impulses complementary to real-time measured afferent electrical impulses through the skin to therapeutically modulate a dysfunctional brain cerebello-thalamo-cortical circuit for tremor reduction; stand-alone wearable devices for use in neurology in treating tremors non-surgically; stand-alone wearable devices for operating in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical energy to the brain; stand-alone therapeutic devices worn throughout the day in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical impulses to the brain without online communication connectivity and without downloads of data from any outside source; stand-alone therapeutic devices worn on the wrist throughout the day in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical impulses to the brain without online communication connectivity and without downloads of image data from any outside source; wearable stand-alone accelerometers that, in a closed loop circuit, measure physical acceleration to generate complementary neuroelectric stimulation impulses through the skin to therapeutically modulate a dysfunctional brain in the treatment of tremors.

Description: Downloadable computer software platforms for use with a wearable or surgically implanted neuromodulatory medical device or neuro prosthesis that is enabled by an artificial intelligence algorithm.

Description: Medical devices for amputees, namely, artificial intelligence-enabled neuroprosthetic arms, wrist, hands, and fingers.

Description: Medical devices, namely, pulse generators for the field of neurology to generate closed loop neuroelectric stimulation impulses complementary to real-time measured afferent electrical impulses through the skin to therapeutically modulate a dysfunctional brain cerebello-thalamo-cortical circuit for tremor reduction; stand-alone wearable devices for use in neurology in treating tremors non-surgically; stand-alone wearable devices for operating in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical energy to the brain; stand-alone therapeutic devices worn throughout the day in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical impulses to the brain without online communication connectivity and without downloads of data from any outside source; stand-alone therapeutic devices worn on the wrist throughout the day in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical impulses to the brain without online communication connectivity and without downloads of image data from any outside source; wearable stand-alone accelerometers that, in a closed loop circuit, measure physical acceleration to generate complementary neuroelectric stimulation impulses through the skin to therapeutically modulate a dysfunctional brain in the treatment of tremors.

Description: Medical devices, namely, pulse generators for medical treatment in the field of neurology to generate electric stimulation impulses through the skin to modulate a dysfunctional brain cerebello-thalamo-cortical circuit for tremor reduction; devices for use in neurology in treating tremors non-surgically; devices for generation of neurologically-effective electrical energy to the brain.

Description: Medical devices for amputees, namely, artificial intelligence-enabled neuroprosthetic arms, wrists, hands, and fingers.

Description: Medical devices, namely, pulse generators for the field of neurology to generate closed loop neuroelectric stimulation impulses complementary to real-time measured afferent electrical impulses through the skin to therapeutically modulate a dysfunctional brain cerebello-thalamo-cortical circuit for tremor reduction; stand-alone wearable devices for use in neurology in treating tremors non-surgically; stand-alone wearable devices for operating in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical energy to the brain; stand-alone therapeutic devices worn throughout the day in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical impulses to the brain without online communication connectivity and without downloads of data from any outside source; stand-alone therapeutic devices worn on the wrist throughout the day in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical impulses to the brain without online communication connectivity and without downloads of image data from any outside source; wearable stand-alone accelerometers that, in a closed loop circuit, measure physical acceleration to generate complementary neuroelectric stimulation impulses through the skin to therapeutically modulate a dysfunctional brain in the treatment of tremors.

Description: Medical devices for amputees, namely, artificial intelligence-enabled prosthetic limbs, namely arms, wrists, hands, and fingers for amputees.

Description: Medical devices for amputees, namely, artificial intelligence-enabled neuroprosthetic arms, wrists, hands, and fingers

Description: Medical devices for amputees, namely, artificial intelligence-enabled neuroprosthetic arms, wrists, hands, and fingers

Description: Medical devices, namely, pulse generators for medical treatment in the field of neurology to generate electric stimulation impulses through the skin to modulate a dysfunctional brain cerebello-thalamo-cortical circuit for tremor reduction; non-surgical medical devices in field of neurology for use in treating tremors; medical devices for use in generating neurologically-effective electrical energy to the brain.

Description: Medical devices for amputees, namely, artificial intelligence-enabled neuroprosthetic arms, wrists, hands, and fingers

Description: Medical devices for amputees, namely, artificial intelligence-enabled neuroprosthetic arms, wrists, hands, and fingers

Description: Medical devices, namely, pulse generators for neurorecordation, neurosignal processing, neuromodulation, and neurostimulation

Description: Medical devices for amputees, namely, prosthethetic arms

Description: Wearable transdermal medical treatment stand-alone devices in the field of neurology to generate closed loop neuroelectric stimulation impulses complementary to real-time measured afferent electrical impulses through the skin to therapeutically modulate a dysfunctional brain cerebello-thalamo-cortical circuit for tremor reduction; stand-alone wearable devices for use in neurology in treating tremors non-surgically; stand-alone medical devices for treating tremors, namely, wearable devices that operate in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical energy to the brain; medical devices for treating tremors, namely, stand-alone therapeutic devices worn throughout the day that operate in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical impulses to the brain without online communication connectivity and without downloads of data from any outside source; medical devices for treating tremors, namely, stand-alone therapeutic devices worn on the wrist throughout the day that operate in a closed loop measurement and generation circuit enabling generation of neurologically-effective electrical impulses to the brain without online communication connectivity and without downloads of image data from any outside source; wearable stand-alone sensors for medical use that, in a closed loop circuit, are used to generate complementary neuroelectric stimulation impulses through the skin to therapeutically modulate a dysfunctional brain in the treatment of tremors, and also including an accelerometer sold as a unit

Description: Medical treatment devices in the field of neurology to generate electric stimulation impulses through the skin to modulate a dysfunctional brain cerebello-thalamo-cortical circuit for tremor reduction; devices for use in neurology in treating tremors non-surgically; devices for generation of neurologically-effective electrical energy to the brain.