When it comes to hospitals, I believe that the first word that flashes in the minds of many people is "difficult to see a doctor." Community hospitals do not see serious illnesses, and the top three hospitals with better medical skills have fully tested patience. "Difficult to see a doctor" is tantamount to intractable diseases in the medical profession.
The times are advancing, technology is developing, and medical equipment is being upgraded, but the above problems have not been satisfactory. At the launching ceremony of GE's "When Smart Meets Machines - GE Digital Innovation Square" in Shanghai, we seem to have found a way to cure this ill health in the medical world - digital medicine .
According to reports, the GE Digital Innovation Square in Shanghai is also the first outside the United States. GE has already started 12 pilot projects and more than 40 big data analytics applications in China, with the potential to add nearly 100 million value per year to the aerospace manufacturing, medical and energy industries. GE's software solutions are expected to become a business worth 1.5 billion in 2020.
How amazing is digital medical care? Let us look at the case. After all, "the ear is virtual and the vision is true."
Improve the efficiency of large hospitals and eliminate the "sub-health" of machines
Shanghai Renji Hospital, as a well-known top three hospital, often crowds out the outpatient hall before the digitization. The hospital's equipment seems to be sufficient, and the efficiency of use is not high. Even the unplanned maintenance carried out by the opportunity is an increase in time cost.
In 2013, Yan Chai Hospital began working with GE Healthcare to use GE Asset Management Solutions (Asset Plus). Asset Plus can observe the operational load of each device from the far end, perform remote monitoring and diversion, reduce the running time of high-load machines, and guide patients waiting for treatment to idle devices. This digital solution greatly improves equipment utilization while effectively avoiding downtime caused by long-term overloading of a single machine.
Now, all medical equipment is connected to the industrial Internet, and has its own "electronic file", which can automatically remind staff to maintain maintenance time and realize maintenance warning and repair. The increased efficiency of equipment use means a reduction in waiting time for treatment. In the case of radiology, the time for patients to wait for an examination has been reduced from the past 6-8 weeks to less than 1 week.
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Portable Color Doppler Ultrasound Series
Color Doppler Ultrasound System
-High definition image
-Very thin light and pretty
-15inch LED Screen
-Built-in Battery
-Abundant function Multilingual
Specifications
1. Imaging Modes:
-B, B|B, 4B, B|M, M
-Color Doppler (CFM)
-Power Doppler (PDI)
-Directional Power Doppler (DPDI)
-Pulsed Wave Doppler (PWD)
-B+PWD (Duplex)
-B+CFM/PDI/DPDI+PWD (Triplex)
-High Pulse Repetition Frequency (HPRF)
-Tissue Harmonic Imaging (THI)
2. Scanning Method: electronic linear, electronic convex, electronic micro-convex, scanning depth: 2-24cm
3. Color Doppler:
-PRF variable: 0.5-9 kHz
-Wall filter settings: 3 steps (5%, %10%, 15% PRF)
-Angle steering for linear transducers: ±10°
-Real-time spatial filter: 4 values
-CFM palette>10 maps
-PDI palette>10 maps
-B/Color priority control
-Color threshold control
-CFM baseline control
-Doppler frequency selection
-Color frame averaging
-Transparent Color Mapping (TCM)
4. Pulsed Wave Doppler:
-PRF variable: 1-10 kHz
-Wall filter settings: 16 steps (2.5%-20% PRF)
-Angle steering for linear transducers: ±10°
-Real-time trace line with automatic calculation of spectrum parameters
-Stereo sound: volume control
-PWD palette>10 maps
-Doppler frequency selection
5.Processing:
-High Line Density scan mode for better resolution
-8 sliders TGC Control
-Dynamic range>120 dB
-Overall gain control
-M - mode sweep speed control
-Acoustic power control
-Variable frame averaging
-Brightness, contrast
-Advanced gamma control
-Scan direction, rotation, up-down controls
-Negative / positive control
-Echo enhancement control
-Noise rejection function
-Speckle reduction
6. Image and video: AVI, JPG, BMP, PNG, TIF, DCM (DICOM)
7. General Measurements and Calculations: Distance, Length, Area, Circumference, Volume, Angle, Stenosis %, A/B Ratio, Velocity, Pressure Gradient (PG), Acceleration, Resistivity Index (RI), Heart Rate, Velocity Time Integral (VTI), etc.
8. Measurements and Calculations Software Packages: Obstetrics, Gynecology, Abdominal, Urology, Endocrinology, Vascular, Cardiology, etc.
9. Expansion interfaces:
-VGA, TV Interface
-USB2.0 Interface
-RJ-45 Network interface
-Support DeskJet printer, LaserJet printer, video printer
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Guangzhou Sonostar Technologies Co., Limited , https://www.sonoeye.com