WO2024150255A1

WO2024150255A1 - A smart and portable health testing kit, a system and a method thereof

Info

Publication number: WO2024150255A1
Application number: PCT/IN2024/050033
Authority: WO
Inventors: Sandeep Bhatia
Original assignee: Adarsa Private Limited
Priority date: 2023-01-12
Filing date: 2024-01-12
Publication date: 2024-07-18

Abstract

The present invention pertains to a smart and portable health testing kit 101 designed conduct multiple health related tests. The smart and portable health testing kit 101 comprises a plurality of test modules included a multimodule 110, a lipid profile module 120, an HbA1C module 130, a processor, a printer module 140, a power supply unit 150, an integrated computing device 210 configured to display, analyse the test results and to register the user's data. The testing kit 101 provides multiple test modules, cloud connectivity, and user-friendly interfaces for efficient and holistic health diagnostics.

Description

“A SMART AND PORTABLE HEALTH TESTING KIT, A SYSTEM AND A METHOD THEREOF”

FIELD OF INVENTION:

[001] The present invention generally relates to a portable apparatus for use in conducting multiple health parameters. The present invention particularly relates to a smart and portable health parameters testing kit configured to provide quick results and having a health related prediction capability.

BACKGROUND AND PRIOR ART:

[002] For health checkups, different instrumentations or kits are required to do different tests. In many instances, the patient is required to undergo different tests. This process has proven time consuming.

[003] Further, the test results are concluded after at least a few hours due to the nature of the present process of transporting samples to centralized machines to conduct the tests. In rural areas, the patient has to travel long distances and incur substantial costs like transportation and loss of wages, to access diagnostic testing facilities available in bigger towns. Moreover, the patient has to wait till the health test results are received for him/her to consult the medical expert.

[004] There are certain systems that provide a facility for conducting multiple health tests by means of a single apparatus or a system. However, they have considerable limitations. For example, some of them are standing, huge models and hence are not portable. Some of them, even though providing multiple tests, do not have some of the essential test facilities.

[005] IN202041039807 relates to a personal and portable medical diagnostic device, having embedded sensors and Internet of Things (IOT) devices. The portable medical diagnostic device consists of multiple specimen

collection modules in each side of the device. The interface of the smart, personal, and portable medical diagnostic device displays specimen icons on the display screen. These specimen icons relate to multiple health tests such as but not limited to blood test, urine test, skin test, and saliva test.

[006] US20140171758A1 discloses an Integrated Portable Medical

Diagnostic System. The invention provides methods, devices, and systems for an integrated portable medical diagnostic system to serve as a Hospital-in-a-Box. The Integrated Portable Medical Diagnostic System has a suitcase for housing a plurality of modules, a convenient carrying handle, stability feet and an extendable-retractable handle for rolling and carrying ease.

[007] The above-mentioned prior art having limitations in terms of connectivity with external health testing devices that could potentially provide more flexibility and ease of use. Additional drawbacks include the test range, power supply alternatives, adaptability in remote locations, and the lack of specific references to predictive health analysis.

[008] Therefore, there is a need for a novel portable health testing system to mitigate most of the drawbacks of the state-of-the-art machines.

OBJECTS OF THE INVENTION:

[009] The primary object of the present invention is to provide a smart and portable health testing system adapted to conduct multiple health related tests while giving results within a short duration of time.

[010] An object of the present invention is to provide a smart and portable health testing system that is capable of making a health related prediction, based on previous recordings of the health related data.

[Oi l] Another object of the present invention is to provide a smart and portable health testing system that may be employed in any remote areas of the country, where health related tests facilities are scarce.

[012] Another object of the present invention is to provide a smart and portable health testing system, using which a medical practitioner may be able to view the test results remotely and still advise the patient appropriately.

[013] Yet another object of the present invention is to provide a smart and portable health testing system that is cheaper in cost, for medical practitioners as well as persons desiring to undergo tests.

[014] Yet another object of the present invention is to provide a smart and portable health testing system that integrates health readings into the government or medical institution’s health record system.

SUMMARY OF THE INVENTION:

[015] The present invention provides a portable health parameters testing system designed for efficient and comprehensive health assessments.

[016] In an aspect of the present invention, the portable health testing system, portable health testing kit comprising a plurality of test modules configured to conduct related health tests; an integrated computing device is configured to perform user registration and store the registration data, receive the test results from the plurality of test modules, analyse the test results upon receiving input from the user, send reminder action to the users based a historical data of the user, predict potential health hazards based on the historical data upon receiving input from the user and communicating with a cloud server; a printer module configured to print health test results upon receiving input from the integrated computing device, a power supply unit provided the electric power to the multimodule and the printer module; a display screen configured to display the test results and to register the user’s data.

[017] In an aspect of the present invention, the steps of registration of patient, comprising initiating the registration of patient, entering the details of the patient, capturing end points for sharing the reports, generating the Registration ID for the patient, providing the option to the patient to either save the registration for future reference or save and proceed directly to a new visit.

[018] In an aspect of the present invention, the user or patient registration encompasses essential data, including but not limited to patient name, mobile number, Email ID, date of birth, gender, consent of the user for testing,

which is secured by capturing the patient's signature on the touchscreen, consent of the patient to receive recommendations for follow-on tests and consent to receive predictive analysis regarding potential future health issues based on test results.

[019] In an aspect of the present invention, a reminder is sent to the users for testing to the users comprising the following steps determining the next appropriate health test and generating a dynamic reminder based on the patient's historical test results, sending a notification to the patient's designated phone or email and prompting them to undergo the recommended health test, offering the option to schedule an appointment for the recommended tests, accompanied by seeking the patient's consent, facilitating the scheduling of the recommended tests by fixing a suitable appointment, executing the testing process when the patient visits the system as scheduled and initiating the new visit workflow for comprehensive health assessments.

[020] In an aspect of the present invention, the prediction of potential health hazards by processor comprising the following steps searching for the patient using registration ID, patient name, date of registration, or date of the test, identifying and selecting patients who have explicitly opted for predictive health analysis, establishing communication with the machine learning model to retrieve a predictive analysis report and containing prospective health issues anticipated in the next 1-10 years, sharing the predictive analysis report with the patient and healthcare provider.

[021] In an aspect of the present invention, the lipid profile module is configured to conduct lipid profile tests and the HbAlC module is configured to test for glycated haemoglobin level.

[022] In an aspect of the present invention, the power supply unit comprises a rechargeable lithium-ion battery.

[023] In an aspect of the present invention, the power supply unit having an auxiliary power source, such as a solar panel.

[024] In an aspect of the present invention, a battery backup is attached to the power supply unit for an uninterrupted power supply.

[025] In an aspect of the present invention, a plurality of external health testing devices is attached to the portable health testing kit and configured to conduct a comprehensive range of health assessments.

[026] In an aspect of the present invention, a plurality of external health testing devices includes, but not limited to, a digital stethoscope, a fetal doppler, Hematology Analyzer, enabling expanded testing capabilities for comprehensive health assessment.

[027] In an aspect of the present invention, the display screen is configured as a Human Machine Interface (HMI), facilitating user interaction and providing a seamless interface for accessing and interpreting health test results, following tests, predictive health report and such.

[028] In an aspect of the present invention, a health testing and analysing system, comprising a portable kit, a remote server is configured to secure storage and retrieval of health-related data, including test results, user registrations, and predictive health analytics, a smart device configured to communicate with the portable kit and the remote server to synchronize health-related data, ensuring that the latest information, including test results, health predictions, and user registration details, are consistently updated and accessible.

[029] In an aspect of the present invention, the smart device is externally connected to the portable kit and configured to perform user registration, display the test results, store essential health data, and update data manually by a user and through a wearable device.

[030] In an aspect of the present invention, the smart device is configured to connect to other devices or networks via wireless or wired network protocols.

[031] In an aspect of the present invention, a wearable device such as a smartwatch integrated with the smart device and configured to communicate with the remote server for direct health readings updates, reminders, and continuous health monitoring.

[032] In an aspect of the present invention, the plurality of test modules wirelessly connected to the smart device and the said plurality of test modules is

configured to conduct health tests and to facilitate efficient data exchange with smart device.

[033] In an aspect of the present invention, the method for testing health parameters and analysis, comprising initiating health testing with user registration through the display screen or smart device, collecting blood or other samples using collecting strips, inserting the collected sample strips into the plurality of modules, initiating analysis of the samples within the plurality of modules and generating results on the system, displaying real-time test results on the display screen, sending reminder and determining the next appropriate health test based on the patient's historical test results, predicting potential health hazards by leveraging past health data through the integrated processor and enhancing the diagnostic capability of the system and enabling timely preventive measures, storing essential health data securely in the remote server and ensuring accessibility of health records.

[034] In an aspect of the present invention, the registered patients in the system on completion of registration includes the following steps initiating a new visit by efficiently searching for the patient using registration ID, patient name, date of registration, or date of the test, commencing a new visit and capturing the patient's symptoms and relevant details within the system, entering symptoms presented by the patient into the system, engaging the system's communication with a machine learning model to generate a list of recommended tests based on the entered symptoms, comparing with the test prescribed by the doctor or tests asked by patient, finalizing the tests with the patient's explicit consent, conducting the tests and generating immediate results, displaying graphical representations of the patient's readings trends, sharing the health report with the patient and healthcare provider.

BRIEF DESCRIPTION OF DRAWINGS:

[035] The invention has other advantages and features which will be more readily apparent from the following detailed description of the invention

and the appended claims, when taken in conjunction with the accompanying drawings, in which:

Figure 1A & Figure IB illustrate a smart and portable health testing kit.

Figure 2 illustrates the perspective view of smart and portable health testing kit.

Figure 3 represents a smart and portable health testing system.

DETAILED DESCRIPTION OF THE INVENTION:

[036] The invention is described herein in detail with the help of figures appended at the end of the specification. The figures illustrate the preferred embodiment as well as other embodiments that define the scope of the present invention. However, it may be understood that the figures presented herein are intended to exemplify the scope of the invention only. The person skilled in art may note that by no means the figures limit the scope of the invention. Any variation in the drawings by any other person will be falling in the scope of the present invention.

[037] Throughout the specification and claims, the following terms take the meanings explicitly associated herein unless the context clearly dictates otherwise. The meaning of "a", "an", and "the" include plural references. The meaning of "in" includes "in" and "on." Referring to the drawings, like numbers indicate like parts throughout the views. Additionally, a reference to the singular includes a reference to the plural unless otherwise stated or inconsistent with the disclosure herein.

[038] Certain terms are defined herein for a person skilled in the art to envisage and comprehend the invention. “Health related data” is a dataset of several health related parameters usually gathered for medical purpose. “Medical practitioner” will include, but not limited to, a doctor, medical staff, a health worker etc. “Patient” will include any person undergoing tests. Such person may be, but will not be limited to, a patient or any other person volunteered himself / herself to undergo tests for regulatory purpose. With “Remote” viewing, the medical practitioner would be able to see the health data at a location not same with that of the patient. “Remote area” is area, region, locality of any country

which are far away where most people live and are difficult to reach to. For the context of the present invention, “Remote area” will also include area, region, locality of any country where health related facilities are scarcely available.

[039] The present invention discloses a smart and portable health testing system adapted to conduct multiple health related tests, while giving results within a short duration of time. The system is capable of making a health-related prediction, based on previous recordings of the health related data. The system may also be employed in any remote areas of the country, where health related tests facilities are scarce. With the system, a medical practitioner may be able to view the test results remotely and still advise the patient appropriately. The system of the invention is cheaper in cost, for medical practitioners as well as person desiring to undergo tests.

[040] As illustrated in Figure 1A and Figure IB, a portable health testing system 101 comprising a plurality of test modules, which includes a multimodule 110, a lipid profile module 120, an HbAlC module 130, a processor, a printer module 140, a power supply unit 150 provided the electric power to the multimodule 110 and the printer module 140, an integrated computing device 210 configured to analyse the test results and to register the user’s data.

[041] As depicted in Figures 1-3, the smart device is externally connected to the portable health kit 101. Most preferably, this external connection is wireless. Apart from the integrated computing device 210, the smart device 200 provides a user-friendly experience for user registration, result viewing, data storage, and predicting possible health hazards of the patient, depending upon the past health data of the patient. The smart device 200 includes any electronic, interactive device configured to connect to other devices or networks via a network protocol. Such device may be a smartphone, a tablet computer, etc. The smart device 200 is connectively coupled with the health kit 101 on the wireless network. The wireless network includes Bluetooth, internet, or any other existing wireless network.

[042] Fig.3 illustrates the block diagram of the portable health testing system 101A. This system 101A comprises a plurality of test modules seamlessly

interconnected with the smart device 200 through wireless connectivity. These modules are adept at conducting an array of health tests while ensuring efficient data exchange with the smart device 200. The kit 101 is adapted to interact with a remote server 300 designed for the secure storage and retrieval of comprehensive health-related data, encompassing test results, user registrations, and predictive health analytics. Through communication protocols, the system ensures the continuous updating of health-related data, encompassing the latest test results, health predictions, and user registration particulars. This synchronization mechanism guarantees that healthcare practitioners as well as users have realtime access to the most current health information, fostering informed decisionmaking and timely interventions. Additionally, the system extends its capabilities to a wearable device 200A, intricately coupled to the smart device 200. This wearable device not only communicates directly with the remote server 300 but also serves as a conduit for instant health readings updates, timely reminders, and continuous health monitoring.

[043] In an embodiment, the user can register through the smart device 200. The user-friendly interface guides individuals through the registration, collecting essential personal details. Blood or other samples are collected using collecting strips that leverage capillary action. The collected samples are inserted into the appropriate modules within the portable health kit 101. The multimodule 110, Lipid Profde module 120, and HbAlC module 130 perform a variety of health tests with speed and precision. The portable health kit 101 automates the analysis of the samples, leveraging advanced technology to produce accurate and rapid results for various health parameters. The Printer module 140 then generates a printed copy of the test results for easy reference upon receiving an input from the processor.

[044] In one of the embodiments, the processor in the health kit 101 is in communication with a remote server 300, wherein the said processor is configured to perform user registration and store the registration data, receive the test results from the plurality of test modules, analyse the test results upon receiving input from the user, send reminder action to the users based a historical

data of the user, predict potential health hazards based on the historical data upon receiving input from the user and communicating with the cloud server 300.

[045] The smart device 200 wirelessly communicates with the portable health kit 101, providing users remotely with real-time updates on test progress and facilitating result viewing. The smart device 200 is externally connected to the portable health kit 101. The integration of any computing device 200A such as a smartwatch with the smart device 200 in the present invention adds another layer of convenience and accessibility to health monitoring. Users can conveniently update and track their health readings directly through their wearable device 200A, contributing to a more seamless and user-centric experience. The battery backup 150A, having a capacity of 20,000 mAh in an exemplary embodiment, which is coupled with the power supply unit 150 ensures an extended and uninterrupted power supply to the crucial health testing modules such as the Hemoglobin module, ECG module, Blood Glucose module, etc. This is particularly beneficial during health testing sessions, where the portable health kit 101 can operate continuously without the need for frequent recharging, offering convenience to both users and practitioners. The portable health kit 101 allows for the connection of various external health testing devices 160, expanding its capabilities for comprehensive patient assessment.

[046] In a preferred embodiment, the portable health kit 101 is equipped with a plurality of modules to conduct a multitude of health tests efficiently. These include the Multimodule 110, the Lipid Profile module 120, and the HbAlC module 130, enabling a comprehensive health assessment. These modules are integrated into the health kit 101. The printer module 140 ensures immediate printing of test results for convenient access. The integrated health kit

100 is portable in nature and is configured to give test results within no time, which otherwise requires hours with the lab equipment. The portable health kit

101 may include a printing module 140 configured to print the health test results upon receiving input from the processor.

[047] The portable health kit 101 consists of a strip to collect blood or any samples, employing the principles of capillary action. Upon successful

collection, the strip is then seamlessly inserted into the designated module within the portable health kit 101. This controlled sample collection process ensures that the required amount of blood or any sample is obtained consistently, minimizing the possibility of errors and ensuring the accuracy of subsequent tests.

[048] In an embodiment, the power supply unit 150 includes both wireless charging capabilities and an auxiliary power source. This innovative design allows for flexibility in charging, including wireless methods, and ensures extended operation even in areas prone to power cuts. The health kit 101 is provided with a battery, adapted to last long, which is ideal for use in the remote areas. Further, the health kit 101 is provided with an auxiliary power source that will extend the functioning of the system. The auxiliary power source may be a solar panel fixed at the top of the health kit 101. This facility is useful for areas where charging facility is not easily available.

[049] In an embodiment, the plurality of external health testing devices 160 attached to the portable health testing kit 101 for conducting multiple tests including but not limited to a Digital stethoscope 170, enabling expanded health testing capabilities for comprehensive patient assessment. Furthermore, the plurality of external health testing devices 160 includes a fetal doppler 180 for monitoring fetal well-being during pregnancy, a Hematology Analyzer for detailed blood analysis 190, etc. This diverse set of external devices 160 significantly broadens the spectrum of health tests that can be conducted within the portable system.

[050] In an embodiment, the smart device 200 is connectively coupled with the portable health kit 101 without the use of the internet, which makes the system most adaptable in remote areas where infrastructure is poor. The smart device 200 is configured to update data manually by user and through wearable device 200A.

[051] In an alternate embodiment, the smart device 200 is connectively coupled with the health kit 101 on the wired network. The health kit 101 is not limited to urban areas, as it can function without internet connectivity, making it ideal for deployment in remote locations where health testing facilities are scarce.

[052] In an embodiment, the system 101A additionally having a provision for accepting digital payment in a smooth and secure manner.

[053] In an embodiment, the portable health testing kit 101 of the present invention is configured to show results remotely, enabling the medical practitioner to offer appropriate advice to the patient. Due to this facility, the patient need not travel to other cities or areas to get appropriate medical advice.

[054] In an embodiment, the multiple tests may be conducted by portable health testing kit 101 giving results in no time, for the tests that usually require hours. The kit 101 is adapted to produce results for tests related to hematology, vitals, infectious diseases, cardiac and inflammation markers, urine tests etc. The tests that can be conducted in this apparatus include, but not limited to, are enlisted herein: Blood Glucose, Hemoglobin, Lipid Profde, Cholesterol, Uric Acid, HbAlc, SPO2, Digital Auscultation, ECG, Blood Pressure, Pulse Rate, BMI, Hepatitis B, Hepatitis C, Chikungunya, HIV, Malaria, Dengue, Typhoid, Leptospirosis, Syphilis, Troponin I, D Dimer, CRP, PCT, Urine 2P, Pregnancy.

[055] In an embodiment, the method for testing health parameters and analysis commences with initiating health testing with user registration through the smart device 200, collecting blood or other samples using collecting strips, inserting the collected sample strips into the multimodule 110, initiating analysis of the samples within the multimodule 110 and generating results on the system 101, displaying real-time test results on the interface of the smart device 200, storing essential health data securely in the cloud server 300 and ensuring accessibility of health records.

[056] In an embodiment, the registration process of a patient comprises the steps like initiating the registration of patient, entering the details of the patient, capturing end points for sharing the reports, generating the Registration ID for the patient, providing the option to the patient to either save the registration for future reference or save and proceed directly to a new visit.

[057] In an embodiment, the user or patient registration encompasses essential data, including but not limited to patient name, Mobile Number, Email

ID, Date of Birth, Gender, consent of the user for testing, which is secured by capturing the patient's signature on the touchscreen, consent of the patient to receive recommendations for follow-on tests and consent to receive predictive analysis regarding potential future health issues based on test results.

[058] In an embodiment, the registered patients in the system on completion of registration includes commences with initiating a new visit by efficiently searching for the patient using registration ID, patient name, date of registration, or date of the test, commencing a new visit and capturing the patient's symptoms and relevant details within the kit 101, entering symptoms presented by the patient into the kit 101, engaging the system's communication with a machine learning model to generate a list of recommended tests based on the entered symptoms, comparing with the test prescribed by the doctor or tests asked by patient, finalizing the tests with the patient's explicit consent, conducting the tests and generating immediate results, displaying graphical representations of the patient's readings trends, sharing the health report with the patient and healthcare provider.

[059] In an embodiment, a reminder sent to the users for testing to the users starts with determining the next appropriate health test and generating a dynamic reminder based on the patient's historical test results, sending a notification to the patient's designated phone or email and prompting them to undergo the recommended health test, offering the option to schedule an appointment for the recommended tests, accompanied by seeking the patient's consent, facilitating the scheduling of the recommended tests by fixing a suitable appointment, executing the testing process when the patient visits the system as scheduled and initiating the new visit workflow for comprehensive health assessments.

[060] In an embodiment, the prediction of potential health hazards by the processor comprises steps such as searching for the patient using registration ID, patient name, date of registration, or date of the test, identifying and selecting patients who have explicitly opted for predictive health analysis, establishing communication between the kit 101 and the machine learning model to retrieve a

predictive analysis report and containing prospective health issues anticipated in the next 1-10 years, sharing the predictive analysis report with the patient and healthcare provider.

[061] Although a particular exemplary embodiment of the invention has been disclosed in detail for illustrative purposes, it will be recognized by those skilled in the art that variations or modifications of the disclosed invention, including the rearrangement in the configurations of the parts, changes in steps and their sequences may be possible. Accordingly, the invention is intended to embrace all such alternatives, modifications, and variations as may fall within the spirit and scope of the present invention.

[062] The foregoing descriptions of specific embodiments of the present invention have been presented for purposes of illustration and description. They are not intended to be exhaustive or to limit the invention to the precise forms disclosed, and obviously many modifications and variations are possible in light of the above teaching.

ADVANTAGES OF THE INVENTION:

[063] The present invention provides a smart and portable health testing system that is capable of conducting a diverse range of health tests.

[064] The present invention provides a smart and portable health testing system that facilitates prompt analysis of health tests and efficient recordkeeping.

[065] The present invention provides a smart and portable health testing system that enables for a more comprehensive health assessment by incorporating additional testing devices.

[066] The present invention provides a smart and portable health testing system that emphasizes cost-effectiveness for both medical practitioners and patients.

[067] The present invention provides a smart and portable health testing system that predicts possible health hazards based on the patient's past health data.

Claims

We Claim,

1. A portable health testing and analysing kit 101, comprising: a plurality of test modules configured to conduct related health tests; an integrated computing device 210 configured to: a) perform user registration and store the registration data; b) receive the test results from the plurality of test modules; c) analyse the test results upon receiving input from the user; d) send reminder action to the users based a historical data of the user; e) predict potential health hazards based on the historical data upon receiving input from the user and communicating with a remote server 300; a printer module 140 configured to print health test results upon receiving input from the integrated computing device 210; a power supply unit 150 provided the electric power to the multimodule 110 and the printer module 140.

2. The portable health testing kit 101 as claimed in claim 1, wherein steps of registration of patient comprises: a) initiating the registration of patient; b) entering the details of the patient; c) capturing end points for sharing the reports; d) generating the Registration ID for the patient; e) providing the option to the patient to either save the registration for future reference or save and proceed directly to a new visit.

3. The portable health testing kit 101 as claimed in claim 1, wherein the user or patient registration encompasses essential data, including but not limited to patient name, mobile number, Email ID, date of birth, gender, consent of the user for testing, which is secured by capturing the patient's signature on the touchscreen, consent of the patient to receive

recommendations for follow-on tests and consent to receive predictive analysis regarding potential future health issues based on test results.

4. The portable health testing kit 101 as claimed in claim 1, wherein sending a reminder tto the users for testing comprises of the following steps:

I. determining the next appropriate health test and generating a dynamic reminder based on the patient's historical test results;

II. sending a notification to the patient's designated phone or email and prompting them to undergo the recommended health test;

III. offering the option to schedule an appointment for the recommended tests, accompanied by seeking the patient's consent;

IV. facilitating the scheduling of the recommended tests by fixing a suitable appointment;

V. executing the testing process when the patient visits the system as scheduled and initiating the new visit workflow for comprehensive health assessments.

5. The portable health testing kit 101 as claimed in claim 1, wherein the prediction of potential health hazards during testing comprises of the following steps: a. searching for the patient using registration ID, patient name, date of registration, or date of the test; b. identifying and selecting patients who have explicitly opted for predictive health analysis; c. establishing communication with the machine learning model to retrieve a predictive analysis report and containing prospective health issues anticipated in the next 1-10 years.; d. sharing the predictive analysis report with the patient and healthcare provider.

6. The portable health testing kit 101 as claimed in claim 1, wherein the power supply unit 150 comprises a rechargeable lithium-ion battery.

7. The portable health testing kit 101 as claimed in claim 1, wherein the power supply unit 150 having an auxiliary power source, such as a solar

panel.

8. The portable health testing kit 101 as claimed in claim 1, wherein a battery backup 150A is attached to the power supply unit 150 for uninterrupted power supply.

9. The portable health testing kit 101 as claimed in claim 1, wherein a plurality of external health testing devices 160 attached to the portable health testing kit 101 and configured to conduct a comprehensive range of health assessments.

10. The portable health testing kit 101 as claimed in claim 1, wherein the integrated computing device 210 is selected from computable Human Machine Interface (HMI).

11. A health testing and analysing system 101A, comprising: a portable kit 101; a remote server 300 configured to secure storage and retrieval of health- related data, including test results, user registrations, and predictive health analytics; and a smart device 200 configured to communicate with the portable kit 101 and the remote server 300 to synchronize health-related data, ensuring that the latest information, including test results, health predictions, and user registration details, are consistently updated and accessible.

12. The system 101 A as claimed in claim 11, wherein steps of registration of patient executed by the portable kit 101 comprises: a) initiating the registration of patient; b) entering the details of the patient; c) capturing end points for sharing the reports; d) generating the Registration ID for the patient; e) providing the option to the patient to either save the registration for future reference or save and proceed directly to a new visit.

13. The system 101 A as claimed in claim 11, wherein the user or patient registration encompasses essential data, including but not limited to patient

name, mobile number, Email ID, date of birth, gender, consent of the user for testing, which is secured by capturing the patient's signature on the touchscreen, consent of the patient to receive recommendations for follow- on tests and consent to receive predictive analysis regarding potential future health issues based on test results.

14. The system 101 A as claimed in claim 11, wherein a reminder is sent to the users on the smart device 200 by combine action of the portable kit 101 & the remote server 300 for testing comprising the following steps: i. determining the next appropriate health test and generating a dynamic reminder based on the patient's historical test results; ii. sending a notification to the smart device 200 on the patient's designated phone or email and prompting them to undergo the recommended health test; iii. offering the option to schedule an appointment for the recommended tests, accompanied by seeking the patient's consent; iv. facilitating the scheduling of the recommended tests by fixing a suitable appointment; v. executing the testing process when the patient visits the system as scheduled and initiating the new visit workflow for comprehensive health assessments.

15. The system 101 A as claimed in claim 11, wherein the prediction of potential health hazards during testing comprising the following steps: a. searching for the patient using registration ID, patient name, date of registration, or date of the test; b. identifying and selecting patients who have explicitly opted for predictive health analysis; c. establishing communication with the machine learning model to retrieve a predictive analysis report and containing prospective health issues anticipated in the next 1-10 years.; d. sharing the predictive analysis report with the patient and healthcare provider.

16. The system 101 A as claimed in claim 11, wherein the smart device 200 is externally connected to the portable kit 101 and configured to perform user registration, display the test results, store essential health data, and update data manually by a user and through wearable device 200A.

17. The system 101A as claimed in claim 11, wherein the smart device 200 is configured to connect to other devices or networks via wireless or wired network protocols.

18. The system 101 A as claimed in claim 11, wherein a wearable device 200A is communicatively coupled with the smart device 200 as well as with the remote server 300 for direct health readings updates, reminders, and continuous health monitoring.

19. The system 101 A as claimed in claim 11, wherein the plurality of test modules wirelessly connected to the smart device 200 and the said plurality of test modules is configured to conduct health tests and to facilitate efficient data exchange with smart device 200.

20. A method for testing health parameters and analysing the same comprising: a) initiating health testing with user registration through the display screen 210 or smart device 200; b) collecting blood or other samples; c) inserting the collected sample strips into an appropriate module of plurality of modules in a portable kit 101; a. initiating analysis of the samples within the plurality of modules and generating results on the kit 101; d) displaying real-time test results on the integrated computing device 210 or a smart device 200; e) sending reminder and determining the next appropriate health test based on the patient's historical test results; f) predicting potential health hazards by accessing past health data from the remote server 300 by the kit 101; g) storing essential health data securely in the remote server 300 and

ensuring accessibility of health records.

21. The method as claimed in claim 20, wherein the steps of registration of patient, comprising: f) initiating the registration of patient; g) entering the details of the patient; h) capturing end points for sharing the reports; i) generating the Registration ID for the patient; j) providing the option to the patient to either save the registration for future reference or save and proceed directly to a new visit.

22. The method as claimed in claim 20, wherein the user or patient registration encompasses essential data, including but not limited to patient name, mobile number, Email ID, date of birth, gender, consent of the user for testing, which is secured by capturing the patient's signature on the touchscreen, consent of the patient to receive recommendations for follow- on tests and consent to receive predictive analysis regarding potential future health issues based on test results.

23. The method as claimed in claim 20, wherein the registered patients in the system on completion of registration includes the following steps: i. initiating a new visit by efficiently searching for the patient using registration ID, patient name, date of registration, or date of the test; ii. commencing a new visit and capturing the patient's symptoms and relevant details within the kit 101; iii. entering symptoms presented by the patient into the kit 101; iv. engaging the system's communication with a machine learning model to generate a list of recommended tests based on the entered symptoms; v. comparing with the test prescribed by the doctor or tests asked by patient; vi. finalizing the tests with the patient's explicit consent; vii. conducting the tests and generating immediate results; viii. displaying graphical representations of the patient's readings trends;

ix. sharing the health report with the patient and healthcare provider.

24. The method as claimed in claim 20, wherein a reminder sent to the users fortesting comprising the following steps: i. determining the next appropriate health test and generating a dynamic reminder based on the patient's historical test results; ii. sending a notification to the smart device 200 on the patient's designated phone or email and prompting them to undergo the recommended health test; iii. offering the option to schedule an appointment for the recommended tests, accompanied by seeking the patient's consent; iv. facilitating the scheduling of the recommended tests by fixing a suitable appointment; v. executing the testing process when the patient visits the system as scheduled and initiating the new visit workflow for comprehensive health assessments.

25. The method as claimed in claim 20, wherein the prediction of potential health hazards during testing comprising the following steps: e. searching for the patient using registration ID, patient name, date of registration, or date of the test; f. identifying and selecting patients who have explicitly opted for predictive health analysis; g. establishing communication with the machine learning model to retrieve a predictive analysis report and containing prospective health issues anticipated in the next 1-10 years.; h. sharing the predictive analysis report with the patient and healthcare provider.