Lockable Smart Storage Container for Secure Package Delivery
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Solution Overview
Problem
Existing methods for ordering and delivering retail products are insecure, as products are often left unattended at delivery locations, making them vulnerable to theft. Additionally, returning products is inconvenient, requiring customers to print return labels or travel to post offices or delivery centers.
Innovation Solution
A portable, lockable storage container that can be placed outside a delivery location, equipped with a user interface for electronic ordering, a wireless communication device for connecting with retailer systems, and a container control circuit that manages locking and unlocking for secure delivery and return processes.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If products are delivered to the customer's residence and placed in a mailbox or outside by a door, then delivery convenience is improved, but security against theft deteriorates
Solution Approach 1:
A smart storage container serves as an intermediary between the delivery agent and the customer. The container has a lockable compartment that can be remotely unlocked via a control system, allowing the delivery agent to securely deposit packages without direct customer interaction. The container includes features like remote locking/unlocking controls, status indicators, and integration with delivery management systems to enable secure automated delivery.
2Reliability
If a customer schedules a delivery time to be present when products are delivered, then security against theft is improved, but convenience deteriorates due to time constraints
Solution Approach 1:
The smart storage container enables self-service delivery where the system automatically manages the delivery process without requiring customer presence or scheduling. The container can be remotely unlocked by delivery agents on-demand, and the system automatically updates delivery status. Customers receive notifications when their packages are delivered, eliminating the need for them to be present or schedule deliveries in advance.
3Reliability
If customers must travel to post offices or delivery centers to return products, then security against theft is improved, but convenience and time efficiency deteriorate
Solution Approach 1:
The smart storage container serves multiple functions: it acts as both a secure delivery receptacle and a return collection point. The same lockable compartment used for receiving packages can also securely hold items customers wish to return. The container integrates with the retailer's inventory system, allowing customers to initiate returns remotely and have items picked up at their location, eliminating the need to travel to post offices or delivery centers.
4Ease of operation
If customers leave unsecured packages in accessible locations for delivery agents to retrieve, then ease of operation for returns is improved, but security against theft deteriorates
Solution Approach 1:
The smart storage container serves as a secure intermediary for return transactions. Instead of customers leaving packages in accessible locations, the container provides a locked compartment that can be remotely accessed by authorized delivery agents. The system manages authentication and authorization, allowing agents to securely retrieve return items while maintaining security. This eliminates the need for customers to physically transport items while ensuring secure handling throughout the return process.
Data Source
AI summary
In some embodiments, apparatuses and methods are provided herein useful for ordering and securely delivering products. In some embodiments, a system for ordering and securely delivering products comprises an inventory system associated with a retailer, a system controller, and a storage container. The storage container includes a housing that enclosing a product cavity, a locking door configured to enable access to the product cavity, a user interface coupled to the housing, a wireless communication device, and a container control circuit configured to receive, via the user interface, an electronic purchase order for products from the retailer, transmit to the inventory system the electronic purchase order, receive from the system controller a signal instructing the container control circuit to unlock the door, and perform an electronic unlocking function causing the door to unlock.