How to troubleshoot if the MediSono Medical Equipment ultrasound system cannot be started up?
If the MediSono Medical Equipment ultrasound system cannot be started, verify that it is plugged in and that the main power switch is in the correct position. Also, check the fuse to confirm it is intact. If the fuse is blown, replace it.
General| Type | Portable Ultrasound System |
|---|---|
| Transducer Ports | 2 |
| Probe Connectors | 2 |
| Display Size | 12.1 inch |
| Display Type | LED |
| Imaging Modes | Color Doppler, Power Doppler |
| Weight | 5.5 kg |
| Supported Probes | Convex, Linear, Phased array |
Specifies the intended applications and user for the ultrasound system.
Details essential precautions for safe operation, covering electrical, mechanical, and biohazard aspects.
Explains biological safety, ALARA principle, and thermal/mechanical indices.
Identifies and explains important safety symbols found on the equipment.
Defines the main components of the ultrasound system.
Lists the dimensions and weight of the ultrasound system.
Identifies and illustrates the various parts of the ultrasound system.
Details the steps for assembling the ultrasound system.
Provides instructions on how to safely move and position the system.
Explains how to connect the system to power and turn it on.
Covers the correct procedures for powering the system on and off.
Explains how to adjust the monitor arm and display settings for optimal viewing.
Describes how to connect and disconnect ultrasound probes to the system.
Explains how to connect various peripheral devices to the system.
Configures system-wide options like hospital name, language, and date/time.
Configures network, wireless, and printer settings for the system.
Customizes measurement parameters, application settings, and list items.
Configures report layout, including logo, titles, and displayed items.
Sets up DICOM services for storage, commitment, worklist, MPPS, and printing.
Allows loading, creating, exporting, and importing system default settings.
Displays hardware and software versions, and control numbers of the system.
Guides on creating, retrieving, or using DICOM worklist for patient data.
Provides instructions on how to pause and resume an ongoing patient examination.
Outlines the procedures for finishing or aborting a patient examination.
Guides on choosing the appropriate probe and examination type for imaging.
Details on entering and optimizing images in B-Mode for anatomical structures.
Covers procedures for obtaining CFM, PDI, and TDI images for blood flow visualization.
Guides on using M-mode for cardiac applications and motion analysis.
Covers PW, CW modes for velocity and direction analysis of blood flow.
Guides on using combined imaging modes like B+CFM/TDI+M.
Details the process of acquiring and optimizing elastography images.
Explains how to adjust strain map, strain process, transparency, and contrast.
Covers features for reviewing and managing elastography images in frozen mode.
Guides on acquiring 3D images, including adjusting ROI and sample lines.
Covers review, optimization, cropping, and manipulation of 3D images.
Details on acquiring real-time and dynamic 4D images.
Covers reviewing, optimizing, or saving 4D images.
Covers image manipulation like reverse, split display, m-tuning, harmonic, and panoramic imaging.
Explains how to zoom in on specific regions of interest within an image.
Details how to capture a still image from a real-time scan.
Covers reviewing and cutting cine loops for detailed analysis.
Guides on adding text, arrows, and body marks to images.
Explains how to connect and use the ECG module for cardiac applications.
Details on saving 2D, 3D, and 4D images and cine loops.
Explains how to view current or archived images using clipboard or review screen.
Describes how to remotely access system data through a computer.
Guides on backing up system data to USB drives or DVDs.
Covers procedures for importing data from USB drives or DVDs.
Steps to ensure proper network and DICOM server connection.
Sending patient information and images to a DICOM storage server.
Sending images to a DICOM printer for hard copy output.
Searching and retrieving patient information from a DICOM worklist server.
Sending exam status information to an MPPS server.
Confirming successful storage of images/reports to DICOM server.
Checking the status of DICOM send operations.
Information on available probes, usage, cleaning, disinfection, and storage.
Covers biopsy bracket assembly, preparation, verification, performance, cleaning, sterilization, and storage.
Provides instructions for cleaning the system surface, dust filter, and trackball.
Outlines essential safety and mechanical checks performed by service personnel.
Offers solutions for common issues like system startup failure or abnormal image display.
Details the procedure for replacing a blown fuse in the system.
Advises on the proper disposal of the ultrasound system and accessories.
Provides contact information for service inquiries and support.
Details the RF emissions and harmonic compliance of the equipment.
Specifies the immunity levels against electrostatic discharge and other electromagnetic phenomena.
Provides guidelines for maintaining safe distances from RF communication equipment.
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