LIVEMED: REAL-TIME HOSPITAL MANAGEMENT AND RESOURCE CONNECTIVITY

Abstract

LiveMed is a progressive, actual-time health facility control platform designed to decorate healthcare performance and coordination throughout metropolis extensive hospitals. This solution affords an incorporated system for tracking affected person queues, tracking mattress availability, dealing with stock, and helping inter-hospital useful resource sharing, throughout a person-friendly internet interface, built the use of strong technologies like React for the frontend, Spring Boot for the backend, MySQL/PostgreSQL for statistics storage, and energy Bl for real-time information visualization, LiveMed guarantees that healthcare companies have immediate get entry to critical facts. The platform is designed to address big information volumes securely and efficiently, incorporating advanced security features to protect patient and hospital facts. LiveMed goals to lessen affected person wait instances, optimize health centre resources, and improve the general patient care enjoy through fostering a linked healthcare network. This answer is scalable and may be tailored to different cities, putting a brand new preferred in actual-time health facility control.

Specification

FIELD OF THE INVENTION
The invention pertains to the field of healthcare management systems, particularly a real-time hospital control platform designed to beautify operational efficiency and aid allocation throughout more than one hospital. The system focuses on real-time facts monitoring and management of sanatorium resources, including patient queues, mattress availability, and inventory across a network of hospitals. It allows seamless inter-medical institution conversation, improving affected person care thru optimized useful resource distribution and information-driven choice-making. This invention leverages superior technologies in net improvement, information visualization, and cozy facts control to create an interconnected healthcare environment that addresses the developing demands of urban healthcare infrastructures.
BACKGROUND OF THE INVENTION
In current years, the speedy urbanization and populace increase in essential towns have placed tremendous pressure on healthcare facilities, in particular in densely populated areas like Metro cities. Hospitals frequently war with affected person overcrowding, resource allocation, and dealing with actual-time information associated with bed availability, patient queues, and essential medical stock, conventional health centre management structures lack the capability to provide a unified, real-time view across multiple hospitals, main to inefficiencies and delays in affected person care.
To address those challenges, there's a want for an included health centre control solution that permits for actual-time tracking and efficient inter-health centre coordination. This solution could allow healthcare carriers to optimize their resources, reduce affected person wait instances, and make certain seamless patient admissions and transfers throughout facilities, additionally, the gadget ought to be person-pleasant and robust, capable of coping with large volumes of records securely while offering healthcare personnel with immediate get entry to to crucial records.
This invention goals to bridge the distance by using introducing a scalable, web-based totally platform that leverages cutting-edge internet technologies, statistics visualization equipment, and cozy backend architecture to create a complete sanatorium community, by imposing actual-tiine statistics tracking for affected person queues, bed fame, and stock control, this invention seeks to beautify the pleasant of healthcare services and enhance operational efficiency inside city healthcare infrastructures.
DETAILED DESCRIPTION OF THE INVENTION
The discovery pertains to the development of a comprehensive, centralized, and scalable portal gadget designed to optimize hospital management and healthcare offerings throughout a massive geographical vicinity, together with a metropolis or a whole state in a country. This system integrates key functionalities together with queuing fashions in outpatient departments (OPDs), actual-time mattress availability tracking, affected person admission and discharge control, as well as stock manage for drugs and consumables. The portal is supposed to streamline the operational approaches of hospitals, making sure extra efficient patient care and resource management.
The primary intention of this invention is to offer a unified platform capable of handling the dynamic nature of clinic operations while permitting seamless communication and information sharing throughout more than one hospital and healthcare carriers. The system consists uf a robust architecture designed to manage large volumes of actual-time records related to patient admissions, scientific records, bed occupancy, resource allocation, and medicine utilization, ensuring that all hospitals within a special vicinity or nationwide can getadmission to, update, and manage the facts effectively and accuracy.
The device employs advanced queuing fashions to manipulate affecled person drift, in particular in outpatient departments, permitting hospitals to reduce wait times, optimize doctor availability, and improve usual affected person enjoy, by using dynamically adjusting to the range of sufferers, clinical body of workers, and assets, the queuing model can predict patient arrivals, distribute them correctly throughout to be had service factors, and limit bottlenecks, thereby maximizing operational performance.
For health centre mattress control, the machine gives a centralized actual-time overview of mattress availability across all taking part hospitals, this option is critical for making sure that sufferers are assigned to the best hospitals based on their medical needs and the contemporary mattress reputation, at the same time as also facilitating smooth affected person transfers between hospitals in case of emergencies or overcrowding. The portal makes use of stay information feeds to monitor and document bed occupancy stages, with immediate updates, enabling health facility administrators to speedy reply to adjustments in affected person volume.
the discovery additionally offers an advanced patient admission device that permits hospitals to song patient details from the point of registration to discharge. It guarantees that every one patient data is securely stored in digital fitness data (EHR), making it effortlessly reachable to healthcare carriers throughout the machine. This device lets in for better coordination of care, in addition to timely and accurate medical interventions, by imparting healthcare experts with a unified view of each patient's history, check effects, medication, and treatment plan.
Similarly to affected person management, the discovery consists of a sophisticated inventory control module that tracks drug treatments, medical consumables, and crucial health facility substances, via integrating inventory manage with actual-time medical institution facts, the system ensures that medical resources are used effectively, preventing shortages, expired inventory, or overstocking. It presents medical institution directors with insights into utilization styles, forecasts future needs, and generates automated restocking indicators, allowing proactive control of medical substances and decreasing waste.
To facilitate integration with other governmental or citywide health tasks, the system is designed to be adaptable and able to integrating with countrywide-level structures, together with the country wide Informatics Centre (NIC) in India, which allows to streamline information reporting, coverage enforcement, and public fitness management. This integration supports the authorities efforts in monitoring healthcare, infrastructure, making sure that hospices align with national health requirements, and making real-time information available for public health choice-making.
The portal is equipped with person function-based totally get admission to manipulate ensuring that every kind of consumer-whether or not clinic administrators, healthcart companies, or sufferers-has get right of entry to the relevant components of the device consistent with their responsibilities. The consumer interface is designed to be intuitive and easy to use, with dashboards tailor-made to the wishes of various stakeholders, medical institution directors can screen hospital overall performance, allocate resources, and access reports, at the same time as doctors can manipulate patient treatment plans and get right of entry to clinical histories.The portal additionally employs multi-issue authentication and encrypted verba exchange to prevent unauthorized get admission to and safeguard touchy clinical information.
This invention revolutionizes the management of healthcare resources on the medical institution stage, making it feasible to control patient glide, optimize bed occupancy, music resources, and ensure effective communique and coordination between healthcare carriers. The machine pursuits to enhance affected person results, improve operational efficiency, andoffer clinic directors and healthcare companies with actionable insights to make better- informed decisions, ultimately, this invention contributes to the advent of an extra resilient, responsive, and green healthcare device, which may be scaled and tailored to meet the need of numerous healthcare environments, whether for a single clinic or a national community of healthcare companies.
CLAIMS:
1. The OPD queuing version manages outpatient department. (OPD) patient go with the flow, lowering wait instances and optimizing medical doctor and useful resource allocation.
2. As according to claim 1, the model consists of real-time tracking of patient arrivals and wait times, allocating physicians and sources based totally on call for.
3. As in keeping with declare 2, the device generates signals while wait instances exceed set thresholds, enabling workforce to take corrective movements promptly.
4. As per claim 3, an actual-time bed availability tracker offers updates across multiple hospitals, facilitating green mattress control, patient transfers, and emergency requests.
5. As in keeping with claim 4, an incorporated affected person admission and discharge management module tracks affected

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