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7/22/2019 Computer Final Reqnknjojo
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Maria Patricia R. Moran
3Bio6
The Mobile Doctor v1.0
The Mobile Doctor v1.0 is an all-in-one diagnostic and prognostic machine that uses Magnetic
Resonance Imaging (MRI) technology in combination with Computer Tomography (CT) scan, to capture
images in every inch of the body, even areas surrounded by bone. CT scan compensates for MRI’s
incapability of detecting bone abnormalities, while MRI compensates for CT scan’s incapability of
detecting. Since both technologies are used, results from both are correlated and compared with each
other for a more accurate detection and diagnosis. A computer is associated with this technology that
contains database software of all diseases known to man, its complete corresponding symptoms
including the standard MRI and CT scan results, and possible medications. After scanning, the results of
the patient were compared with the data on the database software of diseases. Possible matches of
diseases will be initially presented. A series of important questions are to be answered by the patient to
accurately identify the specific disease. After the identification, instructions will be presented through
the computer (e.g. seek medical professional, buy medicine, change lifestyle, etc.)
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Specifications
Magnetic Resonance Imaging + CT Scan tube a. MRI
Signa HDe 1.5T™: a compact MRI device at an
affordable price to its family of MRI products.
It has a single electronic cabinet that can be
positioned inside the scanner room ratherthan in a separate equipment room.
Clinical Application: Whole Body
Surface coils: Whole body coils
Synchronization: ECG/peripheral,
respiratory gating
Pulse sequences: SE, IR, 2D/3D GRE
and SPGR, Angiography
Imaging modes: 2D single slice,
multi slice, and 3D volume
images, multi slab, cine
Slice thickness: 2D 0.7 mm to 20 mm;
3D 0.1 mm to 5 mm
b. CT Scan
Gantry aperture diameter: 70 cm
(27.6 inch)
Tilt angle: +/-30 degrees
Rotation speed of the gantry: 100 rpm
rotation time/revolution: 600 ms.
UFC detector: 24-row CT
measurement system designed for
optimum image quality with minimum
patient dose
17,664 measuring channels allow
excellent high-contrast and low-
contrast resolution in
connection with the Acquisition
Workstation.
High-performance DURA 422-MV
liquid bearing rotating-anode x-ray
tube
max. tube power: 50kW
Anode heat storage capacity: 3.1MJ=5.0MHU; focal spot sizes: 0.8 x
0.5mm, 0.8 x 0.7mm (IEC336/93)
Tube assembly heat storage capacity:
6.0 MHU
High-voltage range: 80, 110, and 130
kV; tube current range: 20-345 mA
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c. Patient bed
Motor-driven vertical table
movement: 45-83 cm
scannable range (metal-free); 153 cm
positioning accuracy: +/- 0.25
mm/increments Operation possible from both sides of
the gantry
Manual operation possible incase of
emergency stop or power failure.
Positioning accessories: Positioning
mat, CFK head holder with cushion set
for the comfortable and safe
positioning of the patient’s head in
the head holder, set of restraint straps
for the safe positioning
of the patient on the patient table.
Computer System and Storage:
Acquisition Workstation
This component takes charge of the
scanning procedure and allows user to
take control of the scanning
procedure.
It controls image contruction, 3D
post-processing and storage.
Hard disk storage unit and Memory:
500 Petabyte for digital storage of
formed images and database image.
External USB 5.0 port for quick easy
transfer of data
UPS: ensures the supply of power to
Acquisition Station
Keyboard: Logitech Wireless
Illuminated Keyboard K800
Mouse: Logitech Wireless
Performance Mouse
Array processor: specialized high
speed computer designed to execute
mathematical algorithms for the
purpose of reconstruction. The array
processor solves reconstruction
mathematics faster than a standardmicroprocessor.
Monitor: High-resolution, flicker-free
monitor with 48 cm (19”) flat screen,
1280 x 1024 resolution
Syngo user software
The examinations performed in individual
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process steps on the user task cards, such as
patient registration or examination cards. A
number of functions and input parameters, as
well as the language used, can be selected
according to individual requirements.
Patient Registration: The system accepts
patient data in different ways. These include
entering the data from the keyboard or
transferring a worklist via the network.
DICOMv2.0 worklist: software module for
accepting lists of patient data and database
software containing all standard information
about diseases and abnormalities and
corresponding medications.
Examination Card: The scanner is
programmed with a large number of
predefined examination protocols, making
examination planning a very fast and efficient
procedure.
Filming card: A virtual film sheet shows a 1:1
print preview of the film sheets to be printed
on the laser printer. Image re-windowing,
auto-filming parallel to image
acquisition/reconstruction and a large numberof evaluation tools are also performed on the
Filming Card.
3D card: The 3D task card comprises the User
Interface for the operation of the MIP
(Maximum Intensity Projection), SSD (Surface
Shaded Display) and MPR (Multiplanar
Reconstruction), and Syngo VRT (Volume
Rendering Technique) three-dimensional post-
processing tools. Up to three thinslice image
sets from different patients can be loaded
simultaneously on the 3D card environment
and post-processed with MIP, SSD and MPR.
Network Module: Allows connection to a local
Ethernet network for communication with
network printers and workstation. (Network
Card)
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Printer
-prints selected important results to patient
Malh Digitial Laser Printer
