The Volt Locker

Remote reset

A remote reset in a parcel locker refers to the process of remotely restarting or resetting the locker system to resolve any issues or malfunctions. It typically involves using a centralized control system or software to initiate the reset command, which then triggers the necessary actions within the locker infrastructure.

When a remote reset is initiated, the parcel locker system undergoes a series of automated procedures. These may include shutting down and restarting the locker's electronic components, such as the control panel, locking mechanisms, and sensors. The purpose is to restore the locker to its original functional state, allowing it to operate properly and accommodate new packages.

The remote reset process often resolves common issues such as software glitches, unresponsive touchscreens, or connectivity problems. It eliminates the need for physical intervention or on-site troubleshooting, saving time and resources. By remotely resetting the parcel locker, it can quickly resume normal operations, ensuring a smooth and efficient experience for users.

Parcel detect sensor

A parcel detect sensor is a specialized sensor or set of sensors installed within the locker system to detect the presence or absence of parcels or packages. Its primary function is to identify when a parcel has been placed or removed from a specific compartment or storage area within the locker. 

The parcel detect sensor utilizes various technologies, such as optical sensors, infrared sensors, or weight sensors, to detect the presence of an object within a designated space. These sensors are strategically positioned within the locker compartments to ensure accurate detection.

When a parcel is placed inside a locker compartment, the sensor detects its presence through changes in light, infrared radiation, or weight distribution. This information is then relayed to the locker's control system, which registers the parcel as "occupied" or "in use." This status update is typically displayed on the locker's user interface or communicated through a mobile application or notification system.

Conversely, when a parcel is removed from the locker, the parcel detect sensor recognizes the empty space and updates the status of the corresponding compartment to "available" or “vacant.” This allows other users to know which compartments are free for use.

The parcel detect sensor plays a crucial role in the efficient operation of parcel lockers. By accurately detecting the presence or absence of parcels, it enables real-time monitoring of locker occupancy and helps prevent errors such as misplacement or loss of packages. Additionally, it assists in managing locker availability and facilitates a smooth and organized retrieval process for users.

Rack system - detachable and mobile for easier accessibility

The rack system within the main unit of the locker provides easy access to all the electronics housed inside, such as routers and controllers. It also ensures an IP65 protection level.

The rack system is designed to securely hold and organize the electronic components within the locker. By providing easy access to the electronics, the rack system facilitates effortless installation, configuration, and maintenance of devices. It eliminates the need to disassemble the entire locker or navigate through complex wiring systems when making changes or troubleshooting.

In addition to its accessibility benefits, the rack system also ensures a protective IP65 rating. This means that the locker unit and its rack system are effectively sealed against dust and water ingress. The IP65 rating guarantees that the electronics housed within the locker are well-protected even in challenging environments where dust, splashes, or moisture may be present.

With the IP65 protection, the rack system safeguards the electronics against the infiltration of dust particles that could potentially cause damage or affect performance. It also provides resistance to water jets from any direction, ensuring that the electronics remain safe from water splashes or light sprays.

Encrypted electronic key for easy access and maintenance traceability

The encrypted electronic key offers a secure access mechanism that enables easy and controlled access to the locker technical compartments while ensuring maintenance traceability. It utilizes encryption techniques to protect the key's integrity and prevent unauthorized access.

The encrypted electronic key system replaces traditional physical keys with an electronic and digital access method. The electronic key is designed to be highly secure, using advanced encryption algorithms to safeguard the integrity of the access code or credential. This encryption ensures that the key cannot be easily intercepted or copied, providing a robust level of security against unauthorized access attempts.

Furthermore, the encrypted electronic key system offers maintenance traceability. Each time the electronic key is used to access a locker, a digital record is generated and stored. This record provides information about the date, time, and authorized personnel, allowing for easy tracking and auditing of locker maintenance interventions.

Maintenance traceability enhances security and accountability within the parcel locker system. It enables administrators to monitor access patterns, identify any irregularities or suspicious activities, and track the history of maintenance or service operations carried out on the lockers.

Ensuring enhanced security and accountability, it is of utmost importance, for this reason, the Smart Locker Network Administrator has the ability to assign designated technicians a specific maintenance window (date and time interval) for individual lockers, thereby increasing the level of security and verification.