The present invention relates generally to a system and process for a public to
10 avail all healthcare services including doctor-consultation (telemedicine), telehomeopathy, tele-ayurveda, tele-dentistry, online hospital appointment, telepathology, tele-radiology, tele-pharmacy, tele-ambulance, tele-nursing services,
tele-patient education, tele-healthcare education, online healthcare product
shopping through single window also called as virtual hospital. It allows the
15 healthcare providers (Doctors) to manage their online and offline patients, digital
management of referral among other specialty, management and tracking of
„follow-ups‟, update their specialty knowledge, and deliver healthcare education
to the patient through special modules. In addition, pathology labs, imaging
centers, pharmacy outlets, ambulance owners, freelance nursing and healthcare
20 product seller, insurance service providers can also deliver their services with this
integrated platform. The platform can be operated in all global vernacular
languages and is customizable in design and function as per industry demand.
Any hospital or/and an individual doctor, medical college, dental college,
ayurveda, homeopathy and unani institution can use this virtual hospital platform
25 for the management of their patients, staffs, healthcare providers or other added
healthcare services.
Description of related art
Health is the priority to every human after food, cloth and shelter. However,
current healthcare system is facing many problems like unequal distribution of
30 healthcare providers, services and infrastructure, limited availability of
specialized doctors, lack of public healthcare education & awareness, lack of
authentic healthcare information resource in vernacular languages and pandemic
Page 2 of 12
5 challenges. Additionally, patient medical record management, security, storage
and interoperability are also big challenges. There is a dire need of equal
distribution of healthcare services, good patient education and awareness
platform, robust system for healthcare data management and storage and single
window based delivering of healthcare services.
10 In search of common solution to aforementioned problems, we have created a
virtual platform that will provide equal distribution of healthcare services
through virtual presence of doctors, self-learning patient education modules, real
time record and storage of healthcare data and digital integration of other
healthcare services. All services can be used by anyone, anytime and anywhere
15 irrespective of time and place.
Recently many factors inspired us to develop this multipurpose mobile and web
application, like restricted hospital visit due to pandemic challenges, legal
recognition of Telemedicine by government, emerging new technologies like
Artificial Intelligence, Internet of things, Augmented reality and Blockchain
20 technology, routine use of smart phones, availability of high-speed internet and
trends of tele-consultation.
Many people have begun to prefer online doctors for second opinion, follow up
and health education due to busy life style and other challenges. People also
seek security of data and want to avoid traveling to the hospitals and waiting
25 for their appointment. Moreover, many of us need healthcare education and
information in not just English but the language we speak.
The available prior arts are limited to telemedicine platform, virtual clinic,
virtual doctor and electronic healthcare record system and method. Basically,
most of these explain general flow of telemedicine system and methods, that is,
30 only regarding online consultation and examination of patients from remote.
Furthermore, the existing prior arts have many limitations. Firstly, no single
window digital platform simulates all healthcare services management like
consultation, patient education, health record storage, online/clinic visit patient
management and access of other healthcare services like pharmacy, imaging lab,
Page 3 of 12
5 pathology lab, ambulance services, nursing service, homecare doctor services.
Secondly, all are video call and chat-based telemedicine platform and lack
videoconference concept. Thirdly, they lack option for offline patient
management. Fourthly, no patient in and out referral management module is
present. Fifthly, they lack inbuilt „continue medical education‟ module. Sixthly,
10 they lack family health wallet for whole family healthcare data management.
Till date there is no single customizable and integrated virtual hospital platform
akin to physical hospital services that comprises all healthcare services like
pharmacy, imaging lab, pathology lab, healthcare shops etc. No prior arts
declare patient and doctor education modules with their invention. No prior arts
15 have „family health wallet‟ for recording and sharing the patient data. No prior
arts leverage with all artificial intelligence, Augmented reality, Virtual reality,
Internet of Things and Blockchain technology.
Hence, the existing solutions are not comparable to our invention. Due to
aforementioned drawbacks, there is a dire need to develop a mobile and web20 based application that simulates physical hospital services and its smoothness
delivery.
OBJECTS OF THE INVENTION
The principal object of the present invention is to overcome existing
abovementioned limitation of the prior arts. Another object of the present
25 invention is to develop customizable virtual hospital to simulate the physical
hospital services. A further object of the present invention is to make it
customizable in nature so that it can be individualized as per demand of hospital
or particular specialty doctor. Another object of the present invention is to provide
a system that can be upgraded with available technologies (Artificial Intelligence,
30 Blockchain technology, Augmented reality, virtual reality, Internet Of things etc.)
and will able to „add on‟ features for future technology.
The objects of the present invention are provision of a single platform for online
and offline patient management; the patient education module and continued
Page 4 of 12
5 medical education module through same platform; and to deliver equal,
transparent and quality control healthcare services through digital platform.
Other aspects on patient‟s side are easy reach of healthcare providers, save time
and money to avail healthcare services. Aspects from healthcare provider‟s side
are easy and optimized management of online and offline patients, flexibility to
10 show visibility online, digital referral system and digital patient education.
In nutshell, the main object of invention is establish full proof virtual hospital and
allied healthcare service as alternative or substitutes of all physical healthcare
services.
The objects of the present invention will become readily apparent upon further
15 review of the following detailed description of the preferred embodiment as
illustrated in the accompanying drawings.
BRIEF SUMMARY OF THE INVENTION
The present invention relates to a customizable virtual hospital platform system. It
is an integrated software system based on cloud or local server for virtual
20 delivering of healthcare services and education akin to physical hospital and
medical/dental colleges. The technically it comprises the service specific mobile
apps, common web app, admin panel and server. All components may be
leveraged with Artificial intelligence, Augmented reality, Virtual reality, Internet
of Things and Blockchain. All components are customizable and can be connected
25 over the internet.
The novel features include the customization, single platform with inclusion of all
type healthcare services like modern medicine (allopathic), Ayurveda,
homeopathy, pharmacy, pathology labs, imaging centers, nursing services,
ambulance, healthcare products shopping and healthcare education for doctor as
30 well patients. Single platform can be used for management of online and offline
patient. Family „health wallet‟ for real time healthcare data record and share, in
built „pregnancy and period tracker‟ modules for women awareness, in built „diet
Page 5 of 12
5 personalizer‟ for calculating the balance diet, inbuilt –„vaccination alarm‟ module
for real time vaccination schedule informer, in built „medicine alarm‟ for
automated medicine time informer, inbuilt „med-info‟ for medicine detail, inbuilt
„dose-cal‟ for calculation of dose of particular medicine for particular age, in built
„near-by‟ for searching nearby hospital/clinic, ambulance, nursing, imaging lab,
10 pharmacy outlet, pathology lab, health care product shop. Doctor‟s app in-built
with new features like „refer-in‟ and refer –out‟ for referral management, „follow
up reminder‟ modules foe follow up tracker and management.
Additional aspects, advantages, features and objects of the present disclosure will
be made apparent from the drawings and the detailed description of the illustrative
15 embodiments construed in conjunction with the appended claims that follow.
It will be appreciated that features of the present disclosure are susceptible to
being combined in various combinations without departing from the scope of the
present disclosure as defined by the appended claims.
20
BRIEF DESCRIPTION OF THE DRAWINGS
These and other features, aspects, and advantages of the present invention will
become better understood with regard to the following description, appended
claims, and accompanying drawings where:
25 FIG. 1 is a schematic representation of the virtual hospital system‟s components
and its work flow.
FIG. 2 is a schematic representation of the patient‟s mobile app‟s screens and its
features.
FIG. 3 is a schematic representation of the doctor‟s mobile app screens and its
30 features.
Page 6 of 12
5 FIG. 4 is a schematic representation of web application screens and its features.
FIG. 5 is a schematic representation of admin panel and analytics and its features.
FIG. 6 is schematic representation of other group of healthcare services.
DETAILED DESCRIPTION OF THE INVENTION
10 As required, detailed embodiments of the present disclosure are disclosed herein;
however, it is to be understood that the disclosed embodiments are merely
exemplary of the disclosure, which may be embodied in various forms. Therefore,
specific structural and functional details disclosed herein are not to be interpreted
as limiting, but merely as a basis for the claims and as a representative basis for
15 teaching one skilled in the art to variously employ the present disclosure in
virtually any appropriately detailed structure.
Various other objects, advantages, and features of the disclosure will become
more readily apparent to those skilled in the art from the following detailed
description when read in conjunction with the accompanying drawing.
20 In any embodiment described herein, the open-ended terms "comprising,"
"comprises,” and the like (which are synonymous with "including," "having” and
"characterized by") may be replaced by the respective partially closed phrases
"consisting essentially of," consists essentially of," and the like or the respective
closed phrases "consisting of," "consists of”, the like.
25 As used herein, the singular forms “a,” “an,” and “the” designate both the singular
and the plural, unless expressly stated to designate the singular only.
The present invention is directed to development of function and design (product
system) and work flow (process) of customizable virtual hospital platform. It
comprises the multiple parts comprising group of multiple mobile apps (either
Page 7 of 12
5 „IOS or android‟) or common web app (compatible with all type of browsers,
common admin panel, and server connect over internet. Group of apps comprises,
one is for public or patients, second is for healthcare providers (doctors), third is
for pharmacy outlets, fourth is lab pathology labs, fifth is for imaging lab and
sixth is for nursing, seventh is for Ambulance, eighth is for healthcare products
10 online shop and ninths is for healthcare insurance providers (company(s)) and so
on. The common web app with all functionality of described apps. For storage and
computing, cloud or local server will be used. All components can be customized
as per client‟s need.
Referring to now the drawing, the details of an exemplary embodiments of the
15 present invention is schematically illustrated. Component and workflow of this
customizable virtual hospital depicted in following drawing. FIG.1, system 1
includes the multiple parts comprising group of multiple mobile apps (either „IOS
or android‟) 2 or common web app (compatible with all type of browsers) 3,
common admin panel 4, and server can be local 5 or remote cloud based server 6.
20 All components can be customized as per client‟s need. Group of apps 2
comprises, one is for public or patients 6, second is for healthcare providers
(doctors) 7, third is for pharmacy outlets 8, fourth is pathology labs 9, fifth is for
imaging lab 10, sixth is Ambulance 11for, seventh is for Nursing 12, eighth is for
healthcare products online shop 13 and ninth is for healthcare insurance providers
25 (company(s)) 14 and so on. Either the remote cloud based server 6or local server 5
are connected to all the group of mobile apps 2, common web app 3 and the admin
panel 4 thorough internet or WiFi 15, 16, 17,18. All mobile apps are connected to
each other through internet 19.
Referring now to FIG. 2 explaining about patient‟s app embodiments with its
30 salient features and functions. Patient‟s app is can be functional as mobile app or
web app 21. Patient mobile apphave plurality of screens, home screen 20, screen
for all Medical, Dental, Ayurveda, Homeopathy specialty 23, screen for doctors
(Regional and Expert group) 24, screen for online shop 25, screen for „near-by‟
search 26, screen for „order-to‟27. All screen are overlapping 22 to each-other.
Page 8 of 12
5 The „Home” screen basically have three horizontal bar. Upper bar has three main
icons for „notification‟, „location‟ and „setting‟. Middle bar is dedicated for „Call
Doctor‟. Lower bar has plurality of icons for „home‟, „My-appointments‟, call log
and „health wallet‟. Home screen have multiple icons for patient health education
and some special modules(„Period tracker‟, „Pregnancy tracker, „Vaccination
10 alarm‟, Diet personalizer‟ etc.) The patient web app screen is similar to patient
app as described above.
The principle features are, feasibility to enroll any specialty of healthcare
providers from modern medicine, ayurveda, homeopathy, unani and sidha.
Facility of online (text/audio/video call) conversion between healthcare providers
15 and patients akin to physical meet for consultation, follow up, second opinion,
expert opinion, routine check-up, health education, etc. Patient can take online
booking for appointment either online consultation or clinic/hospital physical
visit. Real time access of digital „Health-wallet‟ for uploading and sharing the
whole family health records. Women can educates and aware themselves through
20 specialized module like „Period tracker‟ and „Pregnancy tracker‟ special module.
„Vaccination alarm‟ module for tracking and recalling means for child vaccination
schedules. „Diet personalizer‟ module for calculating one‟s balance diet.
„Healthcare-education‟ module for any healthcare information in form text, image,
video or any effective media including blogs, infographics and video etc. to learn,
25 educate and aware about one‟s health and disease. Language of mobile app and
patient app can be change among the any of the languages of world.
„Specialty‟ screen is dedicated for all medical, dental, Ayurveda, homeopathy and
Unani specialties. Specialty details are hidden and will reveals on clicking „i‟ on
specialty images. „Doctor‟s screen for all healthcare providers with of regional
30 and expert group of doctors. „Shop‟ screen for online shopping of all type
healthcare products from various remote stores. „Near-by‟ services like healthcare
facility (hospitals, clinics, etc.), pharmacy, investigation lab, ambulance, nursing
facility and any healthcare related facility. „Order –to‟ screen is dedicated to order
Page 9 of 12
5 about investigations (pathology lab and imaging center), medicines, ambulance,
health insurance policy, nursing etc.
Referring now to FIG. 3 explaining about doctor‟s app embodiments with its
salient features and functions. Doctor‟s app is can be functional as mobile app or
web app 29. Doctor‟s mobile app have plurality of screen, „Home‟ screen 28,
10 screen for „Patient education‟ 31, screen for „CME‟ (Continue medical education)
32, screen for online „Shop‟ 33, screen for „services‟34.
The „Home‟ screen basically have three horizontal bar. Upper bar has three main
icons for „notification‟, editable „visibility on patient(busy, online, offline) ‟ and
„setting‟. Middle bar is dedicated for „Patient search‟. Lower bar has plurality of
15 icons for „home‟, „My-appointments‟, call log and „wallet‟. Home screen have
multiple icons for patient health education and some special modules comprising,
„Patient log‟, „Refer -in‟, „Refer-out‟, „Medicine informer‟, „Dose calculator‟,
„Follow-up reminder‟, „Patient-history, „E-prescription‟, „Telepathalogy‟,
„Teleradiology, and „i-share‟, The Doctor‟s web app screen is similar to doctor‟s
20 app as described above. In this healthcare provider can edit himself/herself profile
contents, options to join as regional or expert or both doctor group, can manage
both online as well offline patients. „Patient search‟ option for real-time access of
all consulted patient data. „Refer-In‟ & „Refer-Out for management of
interdisciplinary referrals. „Medicine informer‟ for one click information about
25 any medicines detail. „Dose calculator‟ can calculate the dose of any medicine for
any age patient. „Follow-up reminder‟ can manage and real time track of the
patients follow-ups. „Patient-history‟ module is for systematic history taking form
for any specialty doctor for disease patient. „E-prescription‟ is Artificial
intelligence(AI) based prescription writing inbuilt software that can be trained as
30 per particular specialty doctor and it has medicine data base, automated doctor
detail capture features, and automated electronic sign and stamp facility.
„Telepathalogy‟ for remote reporting and consultation of pathology reporting and
„Teleradiology is remote reporting and consultation of reporting of x-rays,
computed tomography(CT)/CBCT and MRI and other investigations. „i-share‟
Page 10 of 12
5 module based on inbuilt software for editing any media (text, audio, video) and
doctor can share among doctor or patients for the purpose of festival greeting or
advertisement. „Wallet‟ for real time payment received from patients or service
bureau.
Other feature of home screen included, real-time patient feedback, home screen
10 notification just after patient appointment and 5 minute before the starting online
consultation, customisable management of weekly or monthly time slot for patient
appointment, option for cancellation of appointed patient with written reason,
option for blocking of particular time slot. Doctor‟s app also comprising all
patient‟s app modules and stuff for patient education and awareness. One can
15 extract patient data for their clinical research and development.
„Patient education‟ screen of doctor‟s app is similar to all patient education
modules explained home screen of patient‟s app. „CME‟ (Continue medical
education) screen have all options to conduct, manage, update information‟s
regarding specialty based global conferences, workshops and webinars etc. „Shop‟
20 screen online shopping for healthcare products, medical/surgical instruments,
implants and equipment. „Services‟ screen comprising, investigation services,
„healthcare patent drafting services‟, research and develop related services, on
demand „healthcare video, infographics‟, festival greetings making services, and
„health-3D‟as healthcare 3D printing services.
25 Referring now to FIG. 4 explaining about the common web app embodiment with
its salient features and functions. The common web app 35 is alternative or
substitute for all mobile apps and can be run on all available web browsers. It will
be look like mobile app when open through mobile or tablet device. Web app
upper bar 36 have login and other services icons. Middle left side small bar 37
30 will function as per service specific. Lower bar 38 with icons will be changed as
per particular service login. Home page icons can slide horizontally as shown in
arrow 39. Main screen have multiple icons 40 as per particular service login.
Functionality of web app is basically equal to the totality function of all mobile
apps.
Page 11 of 12
5 Referring now to FIG. 5 explaining about the common admin panel embodiment
with its salient features and functions. The common admin panel 41is work as
control panel for all mobile apps and common web app and can be run on all
available web browsers. Admin panel upper bar 42 have admin panel login and
useful icons. Left side multiple small bars 43 for adding, editing and viewing
10 functions of particular service app. Right side half screen for numerical and
graphical analytics 44 for all apps data. Lower bar 45 have setting button and
multiple icons for switching the type of particular service. Icons on lower bar in
following sequence patient‟s app 46, doctor‟s app 47, pharmacy‟s app 48,
pathology labs‟ app 49, imaging lab‟s app 50, ambulance‟s app 51, nursing‟s app
15 52, healthcare products online shop‟s app 53 and healthcare insurance provider‟s
app 54.Admin panel is control system of patient app, doctor app, pharmacy app,
lab and imaging center app, healthcare insurance facility app and web app
contents. Any other miscellaneous healthcare services can be added as new app.
Other the principle features are, real time access to all patient‟s, doctor‟s data,
20 appointments and revenue. Option for management of doctor specialty, pharmacy,
labs, hospital, nursing facility, ambulance services, and all modules and features
of all apps. Option for data excess from all modules. Approval of doctors and
other service providers on app. and whole data management and data extraction
features.
25 For analytic point of view, option for analysis of whole data in numerical and
graphical aspects. Option for extraction of data in excel sheet and other digital
formats.
Referring now to FIG. 6 explaining about multiple mobile apps group
embodiments other than patient‟s and doctor‟s app. The main other apps are
30 pharmacy app 55, pathology app 56, imaging center app 57, ambulance app 58,
nursing app 59, online shop app 60, healthcare insurance facility app 61. These all
apps have similar home screen like doctor‟s or patient app with different
functionality.
Page 12 of 12
5 Internet of Things (IoT) based medical devices can be connected to this platform
for remote patient examinations and diagnostics purposes. Artificial intelligence
(AI), Blockchain, Augmented Reality (AR) and Virtual Reality (VR) and other
new technology implementation can be done to optimize the virtual hospital
services and data storage management.
10 So, the above customisable virtual hospital platform is open for „add-on‟ features
and it can be customised as per customer‟s demands. Additionally, this is akin to
function like physical hospital in terms of patient management and doctor‟s and
other healthcare services. However this software module can also customised for
individual doctor, clinics, hospital, medical college, dental college, ayurveda
15 college as per clients need. This system can be used as „Platform as a
service(PAAS) or Software as a service (SAAS) or both.
While the disclosure has been presented with respect to certain specific
embodiments, it will be appreciated that many modifications and changes may be
made by those skilled in the art without departing from the spirit and scope of the
20 disclosure. It is intended, therefore, by the appended claims to cover all such
modifications and changes as fall within the true spirit and scope of the disclosure.

We Claim:
1. A customizable virtual hospital platform system for delivering healthcare
services, said system comprising:
a customizable software modules configured to perform virtual delivery of
healthcare services;
10 a server unit for controlling and computing the customizable software
modules;
a device may be computer or tablet or mobile configured with the
customizable software modules;
an admin panel for access and management of the data generated through
15 the use of the customizable software modules from the devices; and
a secured network for communication between the server, the admin panel
and the devices.
2. System of claim 1, wherein the customizable software modules can be
deploy as a common web application or group of individualized mobile
20 applications included patent’s app, doctor’s app, pharmacy’s app,
pathology lab’s app, imaging center’s app, ambulance’s app, nursing’s
app, healthcare products shop’s app and healthcare insurance provider’s
app.
3. System of claim 1, wherein the server unit can be local server or cloud
25 based remote server.
4. System of claim 1, wherein the common web application have all features
of the group of individualized mobile applications and it is alternative or
substitute for group of individual mobile applications.
5. A process for establishing workable virtual hospital system, the process
30 comprising:
a common web application or group of individualized mobile applications,
the server and the admin panel connected through internet constitute a
Page 2 of 6
5 workable virtual hospital system;
through common web application or patient’s mobile application, users
can access for taking appointment for either online or offline doctor’s
consultation, using patient’s education and awareness modules, getting
health and disease related information, recording and storage of family
10 healthcare data in health wallet, taking healthcare policy, discuss the
health and problems on health community platform and searching or
ordering near by hospital/clinics, pharmacy, imaging lab, pathology lab,
ambulance, nursing facility;
through the common web application or doctor’s mobile application,
15 healthcare providers can manage online and offline clinic visits patients
and patient’s referral, can access the all inbuilt modules like continue
medical education portal, healthcare products shop and patient education
modules;
healthcare providers and patients can connected through internet with
20 means of text or voice chat, audio call, video call and video conference;
and
users of pharmacy’s app, pathology lab’s app, imaging center’s app,
ambulance’s app, nursing’s app, healthcare products shop’s app and
healthcare insurance provider’s app can traces the active orders till the
25 delivery and they can directly communicate with doctor’s app and
patient’s app through chat, and audio or video call;
the admin panel is control station for the common web app and all mobile
applications; and
30
Page 3 of 6
5 the server unit can be local computer server or cloud based, is used for
computing and storage purposes.
6. The process of claim 5, further comprising:
the common web application and patient’s app have special inbuilt
applications comprising, ‘Health wallet’ for user’s whole family health
10 records, period tracker for women awareness, maintaining the menstrual
cycle records and tracking of forth coming cycle, pregnancy tracker for
getting systematic pregnancy related information, vaccination alarm for
automated recall of essential child’s vaccination, diet calculator for
personalized balanced diet organizer, body-mass calculator, medicine
15 alarm for automated recall of doctor’s prescribed medicines, health
education through video, blogs and inforgraphis, near-by search for
hospitals, pharmacy outlets, pathology labs, imaging centers, ambulance,
nursing facility, healthcare products shops, online shop to healthcare
products and medicines, buying facility for online healthcare insurance
20 policy from plurality of company.
7. The process of claim 5, comprising the healthcare information search page
on the common web application and patient’s app where users can search
all health-related information in form of texts, images, infographics, audio,
video and books.
25 8. The process of the virtual hospital, further comprising:
Patient’s app and doctor’s app with plurality of mobile screens;
home screen of patient’s app have multiple part, upper bar with
‘notification’ and ‘setting’ icons, middle bar have doctor’s appointment
button and lower bar has ‘home’, ‘appointment’, ‘call-log’ and ‘health
30 wallet’ icons, and screen have multiple icons for ‘track your periods’,
‘pregnancy tracker’, vaccination alarm, diet personaliser;
Page 4 of 6
5 other plurality of patient’s app screens are dedicated to specialty page,
regional doctors page, expert doctors group page, patient education
modules page, ‘near-by’ search page and ‘healthcare product and implant
shops’ page, healthcare insurance portal page, healthcare community
portal page ‘order’ page for online order for medicine (pharmacy),
10 imaging center, pathology lab;
home screen of doctor’s app have multiple part, upper bar with
‘notification’, editable visibility (busy, offline, online) and ‘setting’ icons,
middle bar have ‘patient search bar’ and lower bar has ‘Home’,
‘Appointment’, ‘Call log’ and ‘Wallet’ icons, and screen have multiple
15 icons for ‘Patient log’, ‘Refer -in’, ‘Refer-out’, ‘Medicine informer’, ‘Dose
calculator’, ‘Follow-up reminder’, ‘Patient-history, ‘E-prescription’,
‘Telepathalogy’ and ‘Teleradiology;
the plurality of doctor’s app screens are dedicated to ‘Patient education’
modules’ page similar to patient’s app, ‘Continue medical education
20 (CME)’ page comprises the information regarding the conferences and
workshops, healthcare news, video, text, images, books, ‘Shop’ page for
online buying of healthcare products, ‘Services’ page comprising,
investigation services, ‘healthcare patent drafting services’, research and
develop related services, on demand ‘healthcare video, infographics’,
25 festival greetings making services, and ‘health-3d’as healthcare 3D
printing services;
either doctor or patient can do video call on scheduled appointment; and
video conference can be done through the common web app or doctor’s
app or on patient’s app amongst the doctor group or doctors, patient and
30 patient’s care giver.
Page 5 of 6
5 9. The process as claimed in claim 8, further comprising:
The patient’s app, appointment workflow in this sequence- click on
‘consult call’, then choose ‘specialty’, then choose regional or expert
group doctor, then click consult online/clinic visit, then choose either first
appointment/Follow, then choose date with time slot, then choose
10 consultation for whom, then accept ‘Terms and condition’ and ‘consent’,
then upload photo identity proof (if not uploaded in profile record) and
then do payment.
10. The process as claimed in claim 8, further comprising:
the patient’s app has special module ‘health wallet’ is basically for health
15 saving of record whole family member of users in a systematic manner
with editable and sharable function.
11. The process as claimed in claim 8, further comprising:
the doctor’s app have special type modules like ‘Telerad’ i.e teleradiology
20 is remote online service for reporting of magnetic resonance imaging
(MRI), computed tomography (CT) or cone beam computed tomography
(CBCT) and ‘Telepath’ i.e telepathology is remote online for reporting
pathology specimen.
12. The process as claimed in claim 8, further comprising:
25 The doctor app home page having following modules, ‘Pt-log’ for real
time online and offline patient data access, special type of ‘refer-in’ and
‘refer-out’ module to manage the interdisciplinary referrals,‘Follow-up
reminder’ can manage and real time track of the patients follow-ups.
‘Patient-history’ module is for systematic history of patient taking form for
30 any specialty. ‘E-prescription’ is Artificial intelligence(AI) based
prescription writing inbuilt software that can be trained as per particular
Page 6 of 6
5 specialty doctor and it has medicine data base, automated doctor detail
capture feature, and electronic sign and stamp facility;
‘Patient-History’ module is for clinic visit patient, for recording complete
history including examination and investigation detail. In two stages, one
by receptionist and another by treating doctor. This module can be
10 customized as specialty need; and
‘i-share’ module based on inbuilt software for editing any media (text,
audio, video) and can share among doctor or patients.
13. The process as claimed in claim 8, the content of all apps and the common
web app can be change in all global languages.
15 14. The said virtual hospital system with the customizable software modules
can be customized for single hospital, group of hospital, clinics, medical
college, dental college, Ayurveda college and even for individuated doctor
and have option for add-on newer technology for optimizes the workflow
of whole system, like Block-chain technology for storage and security
20 purpose, Artificial intelligence (AI) for provisional diagnosis, for writing
the e-prescription, for analyzing the data, for text to voice and voice to text
functionality, Augmented reality (AR) and Virtual reality (VR) for patient
education and other purposes, Bigdata for analyzing the patient data for
Research & Development purpose.