AU2014100228A4

AU2014100228A4 - Ant-O Energy wearable device

Info

Publication number: AU2014100228A4
Application number: AU2014100228A
Authority: AU
Inventors: Silvio Brasil
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-03-12
Filing date: 2014-03-12
Publication date: 2014-04-17
Anticipated expiration: 2022-03-12

Abstract

The disclosed Ant-O Energy wristband is a wearable device combining a near field communication integrated circuit with Negative Ions. The near field communication chip contains the essential information needed to transmit and receive personal or contact information to first responders. The Ant-O wearable device relays on a proprietary system solution and an Internet connection. The system solution includes a mobile native application, a web server application and a database solution. The Ant-O mobile native application monitors and updates all of the user's items and information. The Ant-O web server application keeps the data safe and available for registered users. The Ant-O web server application is also in charge of push notifications. It empowers any person with a mobile NFC reader to communicate with the Ant-O Energy wearable device's owner using the push notification system. Figure 1: Wearable device design and specification. -060.~~~~1 ...~P.Nm23 6rV 2 m m..... Lmoso 6m P - graphic -aq -- og. w- 166., H- 4.6m U06osood~~a- --- :~I else lc Dab-~ Cebcssld 30c CV~,O-----------------c ------- ------

Description

EDITORIAL NOTE 2014100228 There are two pages of description only Ant-O Energy wearable device. 1. For many years the radio frequency technology (ISO 14443 - Type A) also know as NFC, has been used to exchange information. NFC readers can collect data from the NFC chip when they are close to each other. Up to 3cm is close enough to read the data registered on the NFC chip. The chip or IC (integrated circuit) can be manufactured in different sizes and formats. This electronic chip stores information and controls how it can be accessed. 2. In 1899, two German scientists, Elster and Geitel, discovered that there are particles in the atmosphere that carry electricity. These particles were later named "air ions" by the British scientist Faraday. Ions are invisible particles, either molecules or atoms, which bear an electric charge. Atoms, for instance, consist of an atomic nucleus that contains neutral neutrons and positively charged protons, as well as orbiting electrons that are negatively charged. When an atom is in a neutral condition, the number of protons (+) and electrons (-) is equal. When the number of protons and electrons is not the same, the particle becomes an ion that is either positively or negatively charged. 3. Back in 2005, a UK paramedic came up with a great solution for knowing who to call in an emergency. It was called ICE for "In Case of Emergency". The idea was to have people set up a contact number on their mobile device and name it ICE. 4. Nowadays, mobiles are locked for security reasons and there are situations where one doesn't have a mobile with them. 5. This invention has been specifically devised in order to provide an improved wearable device able to hold contact and/or personal information without battery needs. It is an integration of these 3 factors as mentioned above (NFC, Negative Ions and contact information) into an unique wearable device. The Ant-O Energy wearable device has 2 heads. A small head with a hologram and a bigger head containing the NFC chip. This invention was designed to hold between 1800 ~ 2000 Negative Ions on each device. 6. Each Ant-O Energy wearable device has a unique NFC chip identifier known as UID. On top of that, the Ant-O database system UID is written on the NDEF chip memory. It also contains a MIME application identifier. At the end of the writing process, the NFC chip is locked and the information cannot be overwritten. 7. When the NFC data is read, the MIME identifier is able to trigger the Ant-O mobile application automatically, even when the native Ant-O mobile application is not running. The Ant-O mobile application communicates with the Ant-O web server software solution through an Internet connection. The Ant-O web server application receives 2 UIDs, an unique NFC chip ID and an Ant-O database system unique ID in order to identify the specified Ant-O Energy wearable device, who is wearing it and provides only their specific contact information upon request. 8. Users are able to register as many Ant-O Energy wearable devices as they want to under their user account also known as the user's bag. The registration process follows the same path for those who are reading contact information.

9. A brand new Ant-O Energy wearable device is not associated to any user when shipped. A protection sticker using AL material is provided in order to protect unauthorized access to the NFC chip data. Once the sticker is removed, the device becomes readable. After removing the protective sticker, the owner can tap over their Ant-O Energy wearable device using a mobile phone with a NFC reader. The Ant-O mobile application will start and will give the user an option to add this brand new Ant-O Energy wearable device to the user's bag. 10. The mobile software application shows a list of contact information added by the user. Any colony member can be associated to an Ant-O Energy wearable device registration. Once the colony member and the Ant-O Energy wearable device are synced, any attempt to read the Ant-O Energy wearable device NFC data will provide the contact information registered by the owner. The contact information might contain name, surname, or an image of who is wearing the device, and information on who to contact in case of need. It also provides an additional information area that might be used to disclose any medical conditions or any information that may be relevant to the user who is wearing the Ant-O Energy wearable device. 11. The Ant-O Energy Band invention may be better understood with reference to the illustration of embodiments of the invention, included here: Figure 1: Wearable device design and specification. Figure 2: How to create a colony. A colony is the place where users can add new members to be linked to their Ant-O wearable device. Figure 3: How to manage users connections and Ant-O Energy wearable devices. Figure 4: Ion tester. 1800 ~ 2000 negative ions. 6% more or less Negative Ions on Ant-O Energy wearable device may occur. Figure 5: Exchanging contact information. First responders taking action.

Claims

1. Flexible wristband charged with Negative Ions and at least one NFC integrated circuit.

2. Ant-O Energy wearable device as claimed in claim 1, wherein the wristband comprises a charge between 1800 and 2000 of negative ions on each Ant-O Energy wearable device.

3. Ant-O Energy wearable device as claimed in claim 1, wherein the NFC integrated circuit contains the manufacturer's unique identifier (UID) and Ant-O database solution unique identifier recorded on the NFC Data Exchange Format (NDEF) configured to exchange information.

4. Ant-O Energy wearable device as claimed in claim 1, wherein the NFC chip has Multi-purpose Internet Mail Extensions (MIME), and is registered with an Ant-O mobile application name identifier capable of engaging any NFC reader to recognise and trigger Ant-O integrated software solution.

5. A system comprised of: The Ant-O native mobile software solution able to read and parse the Ant-O Energy wearable device NFC integrated circuit unique identifier (UID), Ant-O Energy wearable device software solution unique identifier and Multi-purpose Internet Mail Extensions (MIME) identifier for data recognition and information exchange. Ant-O web server software and database solutions support Ant-O native mobile software solutions providing the information parsed by the NFC reader. 10, March 2014 AntCorp Silvio Brasil