NHS Trust and DRX-Revolution Nano Mobile X-ray System Report

This report provides an analysis of the DRX-Revolution Nano Mobile X-ray System, focusing on its innovative characteristics, particularly the use of carbon nano technology for lightweight and portable design, beneficial for critical care settings within the NHS Trust. The report investigates intrapreneurship within the NHS Trust, highlighting the system's wireless capabilities and digital workflows to improve efficiency in radiology departments. It also examines the impact of government policy initiatives, such as complaints and patient participation policies, on the implementation of the DRX-Revolution Nano Mobile X-ray System, emphasizing the importance of these policies in maintaining standards, ensuring patient rights, and utilizing mobile technology for improved diagnostics and patient care. The report references relevant academic journals and books to support its findings.

IEH exam

Table of Contents
Question: 1 Characteristics of DRX-Revolution Nano Mobile X-ray System in the terms of
innovation....................................................................................................................................3
Question: 2 Intrapreneurships in relation to deliver the DRX-Revolution Nano Mobile X-ray
System NHS Trust. .....................................................................................................................4
Question:3 Range of government policy initiatives that can impact on the NHS Trust’s
decision for implementation of DRX-Revolution Nano Mobile X-ray System. .......................5
REFERENCES................................................................................................................................6

Question: 1 Characteristics of DRX-Revolution Nano Mobile X-ray System in the terms of
innovation.
DRX-Revolution Nano Mobile X-ray system is basically an advanced technology that
can designed by the Micro_X firms which is the highest honours for designing the innovation in
Australia. NHS is also used this technique to manage the business aspects. It is based on the
innovation techniques to receive the recognition for design the innovation in the process of
validation and significance of growth and development. As a part of radio department in NHS
trust, It allows to used this process for identifying the health problem and also applicable in the
diagnosis of the human body. NHS is the fastest growing firm that being dedicated towards their
public service for the human by using the DRX revolution Nano mobile X-ray technology in the
clinic centre (Alam and et.al., 2018). This system is manufactured in the Australia and exported
all over the world. NHS used for increasing the capabilities and efficiency of health services and
provide the best quality of services to their patient. The DRX Revolution Nano Mobile X-ray
system can be utilised the carbon nano techniques to deliver the small weight and size as
compare to other mobile X-ray systems. Their ultra lightweight design helpful for easier in the
positions of critical care such as NICU and ICU. NHS firm uses this technology to provide the
more comfort to patient and also provide the greater flexibility around the mobile and hospital
solutions. There are different types of characteristics of DRX Revolution Nano Mobile X- ray
system as followings:
 It is unique carbon Nano technique which is portable in the orthopaedic, CPU, chest and
paediatric imaging etc. it can be used the carbon NANO tube that are ultra light designed
that easily fix in the NHS (Smet and et.al., 2018).
 It is delivered the fast working flow and also have highly quality of CR system, that
provide the navigation on right directions.
 X-ray design is beneficial for easily identify the detectors to share between the mobile
system as well as rooms.
 NHS firm also used this technology to reduce the investment in capital market where the
administrator of radio department to use the detector for increasing the productivity and
profitability in marketplace.
 This technology has more or quick processing to easily identify the health issues and
provide the comfortable imaging process to scan the body part of patients.

Question: 2 Intrapreneurships in relation to deliver the DRX-Revolution Nano Mobile X-ray
System NHS Trust.
DRX revolution mobile x- ray system is generally powered by the wireless DRX
instrument or detector that enable to increase the faster speed and mobile imaging power. It will
perform different processing areas that delivered the x-ray image of patient (Arezes and et.al.,
2018). In the radio department, the manager is delivered this DRX revolution technology in the
NHS trust that allows for managing the business aspects of the firms. For the innovation of
technology in the organization to revolution of system that designed to capture all the images of
patient in different size. This technology is included advanced features for the purpose of
innovations.
 This technology is basically fully integrated digital work flows.
 It is the advancement of lithium iron phosphate that contribute towards the long life
warranty.
 This is sleek design with the high enhancement and visibility all around the systems.
 It also includes the different wireless detectors that easily available in the system such as
DEX 2530C, CARESTREAM DRX-1 etc.
This technology is build the strong relation with the organization because it provides the more
benefits in their business process. This REX revolution can be installed in the radiology
department system that server the trust in the various areas (Gali and et.al., 2018). In this way,
radiology department also perform different function that operates the examination process by
using the mobile technology. In NHS, The service provided to the patient by investing the new
technology evolution in the organization. Radiology manager used the robust questioners covers
all different types of areas such as Wi-Fi coverage mobile units and image quality. In the NHS
radiology department this is the main revolutionary part which being used as intensive care.
Radiology manager used the Visualization software in this technique to manage the operations
and increase the efficiency or performance in the entire health care services. In this way, all
employee are impressed with this concept because it provides the overall benefits To the clinical
staff member in particular immense and intensive care. It also improves the image views and
take the right decision related the patient health.

Question:3 Range of government policy initiatives that can impact on the NHS Trust’s
decision for implementation of DRX-Revolution Nano Mobile X-ray System.
There are different range of government policy which is initiatives that impact on the
NHS trust followings:
 Complaints policy- This policy is applicable in the NHS firms that contain all types of
information related the safe guards in the terms of staff, patients and complaints. The
basic aim of this policy to provide the services in the market. This policy is also included
the specific rules and regulatory requirement (Marshall and et.al., 2017). DRX revolution
Nano mobile technology is applied in this policy's that help for storing all the necessary
information in the mobile system. According to the mobile system technology whereas
each and every staff and patient complaint by using mobile phones and this process will
help for providing the clear image improvement.
 Patient and public participation policy- This policy is basically related to the public
and patient and the staff members of NHS. It can fix the specific ambition of strength the
public patient to participate to their work and achieve their goals and objectives. It is
beneficial of National health care service to take rights decision according to the
requirement. This policy is beneficial for the people to manage their specific role towards
their contribution in the organization (Ngan and et.al., 2015). NHS trust can implement
the DRX revolution Nano mobile X-ray services that used for increasing the efficiency
and capability. This technology is applicable for identifying the diagnosis report of
patient to check the details, on another ways, it used the image processing concept to see
the best quality of X-ray image.
These are important policy that could be generated by the government and they also
initiatives towards their policy. It is also required for organization to provide the equal rights to
their staff members, patients etc. They can be use right to complaint against the unwanted things
that happen in many hospitals. Mobile x-ray technology is beneficial to check the internal
damage in of patient (Ngan and et.al., 2014). This is important for organization to always
initiatives towards their policy, terms and condition that help for maintaining the coordination
between the staff members and management system. Sometimes, It can negatively impact where
the people can used their policy in wrong ways that impact on the overall business process and
overall organization.

REFERENCES
Books and Journals:
Alam, M.M. and et.al., 2018. A Survey on the Roles of Communication Technologies in IoT-
Based Personalized Healthcare Applications. IEEE Access, 6. pp.36611-36631.
Arezes, P and et.al., 2018. Occupational Safety and Hygiene VI: Proceedings of the 6th
International Symposium on Occupation Safety and Hygiene (SHO 2018), March 26-27.
2018, Guimarães, Portugal. CRC Press.
Gali, R.L. and et.al., 2018, March. Does transitioning from computed radiography (CR) to
direct radiography (DR) with portable imaging systems affect workflow efficiency?.
In Medical Imaging 2018: Imaging Informatics for Healthcare, Research, and
Applications (Vol. 10579, p. 105790Z). International Society for Optics and Photonics.
Marshall, N.W. and et.al., 2017. Technical characterization of five x-ray detectors for paediatric
radiography applications. Physics in Medicine & Biology, 62(24). p.N573.
Ngan, T.L. And et.al., 2015. The Enhanced Workflow and Efficiency of the Wireless Local
Area Network (WLAN)-Based Direct Digital Radiography (DDR) Portable
Radiography. Journal of digital imaging, 28(3). pp.302-308.
Ngan, T.L. and et.al., 2014. Key Performance Indicators for Comparing the Performance of
Portable Radiography: Direct Digital Radiography versus Conventional Machine
Computed Radiography—A Study in a Nonacute Hospital. Journal of Medical Imaging
and Radiation Sciences, 45(2).pp.105-114.
Smet, M.H. and et.al., 2018. Visual grading analysis of digital neonatal chest phantom X-ray
images: Impact of detector type, dose and image processing on image quality. European
radiology. pp.1-9.