Web Platform for Remote Counter Service Management
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Solution Overview
Problem
Current counter services, both physical and remote, are limited by requiring users to physically visit locations, offering only homogeneous services, and having restricted hours, which hinders access to diverse services and flexibility, especially in locations with fewer users or limited resources.
Innovation Solution
A web platform for remote management of counter services that allows users to access multiple services from various locations without physical presence, featuring a web portal that organizes requests by service type and location, enabling communication with operators through various devices, and allowing flexible scheduling and operator allocation to manage queues dynamically.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If physical counters are set up to provide services, then users can receive services in person, but users must physically visit locations and wait in queues, increasing time consumption and reducing accessibility
Solution Approach 1:
The patent creates a virtual copy of the physical counter service through a web platform that replicates all counter functions (information retrieval, document printing, payments, consultations) in a digital environment. Users can access these services remotely via web browsers, eliminating the need to physically visit counters and wait in queues, thus resolving the contradiction between service accessibility and time consumption
Solution Approach 2:
The patent replaces the mechanical system of physical counter visits with an electronic/web-based system. Instead of users physically traveling to counters and interacting with operators in person, the system uses web portals, digital queues, and electronic communications to deliver the same services remotely, substituting physical mechanical interactions with electronic processes that save time and improve accessibility
2Adaptability or versatility
If physical counters operate with fixed hours, then operational costs are controlled, but users cannot access services outside limited hours, reducing service flexibility
Solution Approach 1:
The web platform provides universal access to counter services through a single digital interface that consolidates multiple service functions (information queries, document printing, payments, consultations) into one accessible system. This multi-functional platform can serve multiple users simultaneously at different times without requiring separate physical counters for each service type or time slot, enabling extended availability while controlling costs
Solution Approach 2:
The system enables users to perform many counter functions independently through the web portal without requiring operator intervention for routine tasks. Automated processes handle document printing, information retrieval, and transaction processing, allowing the system to operate continuously without proportional increases in operational costs, thus resolving the contradiction between service availability and energy loss
3Reliability
If multiple specialized counters are created for different services, then service specialization is improved, but users must visit multiple locations, increasing travel time and complexity
Solution Approach 1:
The patent merges multiple specialized counter services into a single integrated web platform that provides access to diverse service types (information services, document services, payment services, consultation services) through one unified interface. Users can access all specialized services remotely from any location without needing to visit multiple physical counters, thus reducing system complexity while maintaining service specialization quality through dedicated service modules within the platform
Data Source
AI summary
A web platform for the remote management of counter services comprises and carries out a plurality of services that can traditionally be provided but through WEB access and can be implemented according to the requests of potential customers; the system manages both counters for the provision of different services, and different types of companies, and a web portal for managing requests for access to sessions and queues in a plurality of functions designed to be selectively provided by said web counters. The system structure can manage 2500 per single cloud server and also allows to optimize the operators according to the place from which they are called by the IP Web, according to the service, to help with critical queues that are too long or even for out-of-hours optimizations of additional resources.