How to fix degraded image quality on Mindray Medical Equipment?
If the image quality is degraded on your Mindray Medical Equipment, there are several potential solutions: * Ensure that you have selected the correct exam mode. * Adjust the image post-processing settings or reset them to the default values. * Reset the factory default presets.
What to do if my Mindray Medical Equipment monitor displays characters but no images?
If your Mindray Medical Equipment monitor displays characters and menus but no images, consider the following: 1. Adjust the transmission power, gain, or TGC control. 2. Ensure the probe is properly connected. 3. Unfreeze the image, as the system may be in a frozen state.
How to troubleshoot a Mindray Medical Equipment when the power indicator doesn't light up?
If the power indicator on your Mindray Medical Equipment does not light up after turning on the power supply, it could be due to an abnormal power system or incorrect connection of the power cord. Check the following: * Ensure the system is properly plugged in. * Verify that the system circuit breaker is in the Up position. * Make sure the plug is not loose or dislodged from the back of the system.
Why is my Mindray Medical Equipment monitor on but the screen is blank?
If the power indicator of your Mindray Medical Equipment monitor is on, but the image is blank, try the following: * Turn off the system and wait at least one minute before restarting it. The interval between turning off and restarting may be too short. * Adjust the monitor's brightness and contrast settings back to their factory defaults.
General| Brand | Mindray |
|---|---|
| Model | DC-35 |
| Category | Medical Equipment |
| Language | English |
Classifies equipment based on protection against electric shock, water ingress, and operating conditions.
Defines signal words like DANGER, WARNING, CAUTION, NOTE, and Tips used for safety instructions.
Explains safety symbols such as Type-BF applied part, Caution, and Ultrasound Radiation.
Details essential safety precautions for operating the ultrasound system and probes.
Describes warning labels attached to the system and their meanings for potential hazards.
Specifies the intended clinical applications and specialties for the diagnostic ultrasound system.
States that the system is not intended for ophthalmic use.
Outlines the technical specifications of the system, including imaging modes, power, and environment.
Lists the available imaging modes supported by the system, including B, M, Color, PW/CW, and special imaging.
Details the system's power supply specifications, including voltage, frequency, consumption, and fuse rating.
Specifies the operational and storage/transportation environmental conditions for the system.
Lists available probes, their intended use, and applicable regions.
Lists supported peripheral devices such as printers, barcode readers, and footswitches.
Continues detailing functions of system units like USB ports, probe ports, and power supply panels.
Describes the Input/Output panel connections and their functions.
Details the power supply panel connections, including equipotential terminal and AC input.
Describes the physiological signal panel connections for ECG and other signals.
Details common functional keys and key combinations for system operation.
Lists and explains the various symbols used throughout the system's interface and documentation.
Provides safety precautions and procedures for moving and positioning the ultrasound system.
Explains how to connect the system to external power or use battery power.
Details the steps for connecting the system to an AC power supply, including grounding.
Describes how the system operates when powered by internal lithium-ion batteries.
Explains the purpose and connection of the equipotential terminal for electrical safety.
Details the procedure for safely powering on the ultrasound system and initial checks.
Provides correct procedures for powering off the system and entering standby mode.
Explains how to enter and exit the system's standby mode.
Describes how to adjust the monitor's position, including rotation and tilting.
Details how to adjust the monitor's brightness and contrast for optimal image quality.
Describes how to enter and exit the patient information screen.
Explains how to search and manage patient data using iStation.
Covers selecting exam modes and probes for scanning.
Details how to select imaging modes using control panel keys.
Describes how to activate or continue a patient exam.
Details procedures for pausing and ending a patient exam.
Covers switching between imaging modes.
Outlines basic procedures and parameters for B mode imaging.
Covers Image Merge, Gray Map, Tint Map, TSI, and iTouch for image optimization.
Outlines basic procedures and parameters for M mode imaging.
Details optimization of Gain, Display Format, Speed, Tint Map, Gray Map, Edge Enhance, and Dynamic Range.
Outlines basic procedures and parameters for color mode imaging.
Details optimization of Color Gain, ROI Adjustment, B/C Align, and Dual Live.
Outlines basic procedures and parameters for power mode imaging.
Details optimization of Power Gain, Map, and Dynamic Range for power mode.
Introduces PW/CW Doppler modes and their procedures.
Details optimization of Gain, SV, and CW Focus Position for PW/CW Doppler.
Introduces Color M Mode and its parameters.
Introduces Anatomical M Mode, including Free Xros M imaging.
Introduces Free Xros CM imaging and its basic procedures.
Introduces TDI modes and their procedures.
Details the optimization of TDI parameters similar to color flow modes.
Explains the workflow and procedures for TDI Quantitative Analysis.
Provides an overview of 3D/4D imaging, its benefits, and definitions of key terms.
Introduces Static 3D imaging and its procedures.
Introduces iLive imaging for enhanced visualization.
Introduces 4D imaging, its procedures, and display options.
Introduces Smart 3D imaging, its procedures, and acquisition preparation.
Introduces iPage multi-slice imaging, its procedures, and operations.
Introduces iScape panoramic imaging, its procedures, and viewing options.
Explains how to adjust image parameters in iScape viewing mode.
Introduces Elastography imaging and its basic procedures.
Introduces Contrast Imaging, its procedures, and parameters.
Explains the dual-split and quad-split display formats.
Covers image magnification techniques like spot, pan, and iZoom.
Explains how to freeze and unfreeze a scanning image, and its implications.
Introduces the cine review function for reviewing and editing images before freezing.
Covers image comparison techniques like cine and frame compare.
Describes live capture and frozen image storage for cine clips.
Explains cine memory splitting options (Auto and Split) and capacity.
Details basic operations for entering/exiting measurement and viewing results.
Lists general measurements for B, Color, Power, and iScape modes.
Provides error margins and accuracy specifications for various measurement types.
Covers adding, editing, and managing comments on ultrasound images.
Covers adding, moving, and deleting body marks.
Covers entering and setting patient information.
Covers storing, managing, and understanding image file formats.
Covers reviewing and analyzing stored images.
Details report storage, importing, exporting, and printing procedures.
Covers managing patient data using the iStation interface.
Continues patient data management, covering sending exams, export, activation, and recycle bin.
Details print settings and procedures.
Covers system administration functions like access settings and user management.
Covers presets for DICOM network, local, and service configurations.
Details presets for DICOM services like Storage, Print, Worklist, MPPS.
Covers DICOM services like Storage, Print, Worklist, MPPS.
Provides access to system preset configurations.
Sets default probe model, status after freeze, steer mode, and auto invert.
Allows assigning available exam modes for specific probes.
Details settings for print services and printer drivers.
Covers network preset configurations, including TCP/IP and Wireless LAN.
Covers maintenance procedures for system options.
Lists the probes supported by the system.
Details procedures for cleaning and disinfecting ultrasound probes and needle-guided brackets.
Covers biopsy guide procedures, warnings, and needle-guided brackets.
Details the inspection and installation procedures for needle-guided brackets.
Explains how to adjust and verify the biopsy guide line before the procedure.
Explains Mechanical Index (MI) and Thermal Index (TI) and their relation to bioeffects.
Details how to adjust acoustic power percentage and default settings.
Explains direct, indirect, and receiver controls for managing ultrasound output.
Covers derated ultrasonic output parameters and limits.
Covers daily maintenance responsibilities for the system.
Provides a table of common system failures, their causes, and recommended measures.
Details acceptance criteria for inspecting the power plug and cord.
Describes testing protective earth resistance and its limits.
Details the procedure for running an earth leakage test on the device.
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