Delivery system via electronic lockboxes

Patent metadata

Field	Value
Publication number	US-9536359-B1
Application number	US-201615058097-A
Country	US
Kind code	B1
Filing date	Mar 1, 2016
Priority date	May 31, 2006
Publication date	Jan 3, 2017
Grant date	Jan 3, 2017

Abstract

A cam lock for cabinets, drawers, drug cabinets, credenzas, sliding doors, lockers, mail boxes and other door type applications is compact in size, fits an existing cam lock opening and provides electronic access via a keypad or other electronic access. In a particular embodiment the lock is long, narrow and low in profile so as to fit on the margin of a steel or wood file cabinet, compatible with the cam lock opening already provided. The lock can be on a secure delivery box of each of a series of customers, in a system for secure delivery and pickup of the goods as ordered by the customers.

First claim

I claim:

1. A system for facilitating delivery of customer-ordered delivery packages to and pickup of collection packages from customers' secure delivery boxes, comprising:
a central control system, with a central database,
a series of secure delivery boxes of potential delivery/pickup customers, each secure delivery box having a wireless proximity-enabled electronic lock,
a series of vendors in electronic communication with the central control system,
a series of different carriers for shipping delivery packages, the carriers being independent of the central control system and the carriers having delivery persons capable of delivering delivery packages to the secure delivery boxes of the customers, as ordered by customers from the vendors, and for retrieving collection packages from the secure delivery boxes of the customers as ordered by customers,
each of the electronic locks of the secure delivery boxes being pre-registered with the central control system as an authorized location for delivery or pickup pursuant to the system,
each of the vendors being system-registered with the central control system,
each of the carriers and their delivery persons being system-registered with the central control system to make deliveries and pickups at the pre-registered secure delivery boxes of the potential customers, via wireless proximity-enabled handheld devices of the pre-registered delivery persons, which can engage in two-way communication at close range with the electronic locks and which can communicate electronically and remotely with potential customers, the wireless proximity-enabled handheld devices being pre-registered with the central control system,
whereby the potential delivery/pickup customers maintain security in their delivery boxes, allowing access to the pre-registered secure delivery box by a pre-registered delivery person using a wireless proximity-enabled handheld device held close to the electronic lock of the pre-registered secure delivery box, for a delivery pursuant to an order made from a system-registered vendor by a customer, or an order made by the customer for pickup and delivery to another location, which can be via the system-registered vendor in the case of the customer's request to return an item to the system-registered vendor, and
whereby, if the pre-registered delivery person's access to the secure delivery box has not been pre-authorized, the pre-registered delivery person can seek access using the wireless proximity-enabled handheld device, and when access is denied the wireless proximity-enabled handheld device can use contact information gathered from the electronic lock and any required input from the pre-registered delivery person and send an inquiry remotely and electronically to request access authorization from the customer, and the customer can then remotely send authorization and grant access to the pre-registered delivery person's wireless proximity-enabled handheld device, which can then be used to access the secure delivery box.

2. A system for facilitating delivery of customer-ordered delivery packages to and pickup of collection packages from customers' secure delivery boxes, comprising:
a central control system, with a central database,
a series of secure delivery boxes of potential delivery/pickup customers, each secure delivery box having a wireless proximity-enabled electronic lock,
a series of vendors in electronic communication with the central control system,
a series of different carriers for shipping delivery packages, the carriers being independent of the central control system and the carriers having delivery persons capable of delivering delivery packages to the secure delivery boxes of the customers, as ordered by customers from the vendors, and for retrieving collection packages from the secure delivery boxes of the customers as ordered by customers,
each of the electronic locks of the secure delivery boxes being pre-registered with the central control system as an authorized location for delivery or pickup pursuant to the system,
each of the vendors being system-registered with the central control system,
each of the carriers and their delivery persons being system-registered with the central control system to make deliveries and pickups at the pre-registered secure delivery boxes of the potential customers, via wireless proximity-enabled handheld devices of the pre-registered delivery persons, which can engage in two-way communication at close range with the electronic locks and which can communicate electronically and remotely with potential customers, the wireless proximity-enabled handheld devices being pre-registered with the central control system,
at least some of the electronic locks being Internet-connectable, capable of obtaining a decision from a customer over Internet for grant or denial of access to a wireless proximity-enabled handheld device of a pre-registered delivery person seeking access,
whereby the potential delivery/pickup customers maintain security in their delivery boxes, allowing access to the pre-registered secure delivery box by the pre-registered delivery person using the wireless proximity-enabled handheld device held close to the electronic lock of the pre-registered secure delivery box, for a delivery pursuant to an order made from a system-registered vendor by the customer, or an order made by the customer for pickup and delivery to another location, which can be via the system-registered vendor in the case of the customer's request to return an item to the system-registered vendor, and
whereby, if the pre-registered delivery person's access to the secure delivery box has not been pre-authorized, the pre-registered delivery person can seek access using the wireless proximity-enabled handheld device, and when access is denied the Internet-connected electronic lock of the customer can communicate with the customer and obtain the decision from the customer over Internet for grant or denial of access to the wireless proximity-enabled handheld device of the pre-registered delivery person.

Assignees

• Digilock Asia Ltd

Inventors

• Gokcebay Asil T

Classifications

• E05B2047/0048

  Circuits, feeding, monitoring · CPC title

• G07C9/00007 Primary

  Physics · mapped topic

• G07C9/00309

  operated with bidirectional data transmission between data carrier and locks · CPC title

• G07C2009/00769

  with data transmission performed by wireless means · CPC title

• E05B65/462

  for two or more drawers · CPC title