Projects - User contributions [en]

Projects:2014S1-36 What are Social Appliances? Building your Tomorrow Today…

2014-10-08T11:34:32Z

A1635359: /* Hardware */

This project is proposed to build a "Social Fridge".

== Project Information ==

=== Project Aim ===

We plan to build a "Social Fridge" which can assist people to manage their usages of food stored in the fridge. To achieve this, we are to use the RFID reader and barcode scanners associated with cameras to identify the items, and use the weighing sensors to measure the weight of those identified items. Furthermore, temperature sensors are used to get the local temperature and humidity. Finally, all the measured and recorded information is then pushed to a Facebook page for users to read and share with their friends. In addition, all relevant information will also be displayed on a touch screen which is placed on the door of the fridge.

=== Working Scenario ===

When the door is opened, the rotary potentiometer starts to measure the angle between the door and the fridge and at the same time, it also triggers the barcode reader and RFID reader. All the user needs to do is to put items on the shelf, during which if items scanned, camera and weighing sensors would be triggered to collect information of items. The weight of the shelf decides whether items are taken out or putted in. As for the temperature and humidity in the fridge, data would be collected by corresponding sensors which are working all the time. After the automatic processing in raspberry pi, the analyzed data would be published a certain facebook page and displayed on the display screen.

=== Components analysis ===
To implement functionalities described in the scenario, we use the following hardware and also program for them.
==== Hardware ====
*Fridge:Mitsubishi 325L 2-door Bottom Mount Stainless Steel Fridge
All the hardware will be integrated in this fridge.

[[File:fridge.jpg]]

*Raspberry Pi:Mode B
Monitor and control all the software modules and give in-time response.

[[File:pi.jpg]]

*Barcode Reader:XL-200 Omni-directional Barcode Scanner Module

[[File:barcode.jpg]]

*RFID suit: M6E-DEVKIT
In this project, both barcode reader and RFID reader are used to identity items in the fridge.

[[File:rfid.jpg]]

*Camera:ELP-USB500W02M-45A
The camera is used for recording items when putted into the fridge.

[[File:camera.jpg]]

*AngleSensor:534-500:500R OHM 10 TURN PRECISION POT
This is used for recording at what stage the drawer in the freezer is pulled out.

[[File:AngleSensor.jpg]]

*Temperature&Humidity Sensor: DHT22
Record the temperature and humidity in the fridge.

[[File:TH.jpg]]

*Touch Screen:14" glossy open-frame LCD, 1366x768 px, 256K (18-bits) colors, viewing angles: (L/R:45, U/L:15-35)
Present the information recorded and serve to control something in the future.

[[File:touchscreen.jpg]]

==== software ====
After finishing data collecting and analysing, the social fridge posts status on facebook fan page of '''AutoID Lab of Adelaide'''[https://www.facebook.com/adelaideautoidlab].

[[File:facebook.jpg]]

Information will also be presented in the screen which is fixed on the door of fridge. A interface makes it organised.

[[File:interface.jpg]]

== Team Management ==
=== Team Members ===

*Mr Chundi Li
*Mr Wenshuo Ma

=== Supervisors ===

*Dr Said Al-Sarawi
*Dr Damith Ranasinghe

Projects:2014S1-36 What are Social Appliances? Building your Tomorrow Today…

2014-10-08T11:33:50Z

A1635359: /* software */

This project is proposed to build a "Social Fridge".

== Project Information ==

=== Project Aim ===

We plan to build a "Social Fridge" which can assist people to manage their usages of food stored in the fridge. To achieve this, we are to use the RFID reader and barcode scanners associated with cameras to identify the items, and use the weighing sensors to measure the weight of those identified items. Furthermore, temperature sensors are used to get the local temperature and humidity. Finally, all the measured and recorded information is then pushed to a Facebook page for users to read and share with their friends. In addition, all relevant information will also be displayed on a touch screen which is placed on the door of the fridge.

=== Working Scenario ===

When the door is opened, the rotary potentiometer starts to measure the angle between the door and the fridge and at the same time, it also triggers the barcode reader and RFID reader. All the user needs to do is to put items on the shelf, during which if items scanned, camera and weighing sensors would be triggered to collect information of items. The weight of the shelf decides whether items are taken out or putted in. As for the temperature and humidity in the fridge, data would be collected by corresponding sensors which are working all the time. After the automatic processing in raspberry pi, the analyzed data would be published a certain facebook page and displayed on the display screen.

=== Components analysis ===
To implement functionalities described in the scenario, we use the following hardware and also program for them.
==== Hardware ====
*Fridge:Mitsubishi 325L 2-door Bottom Mount Stainless Steel Fridge
All the hardware will be integrated in this fridge.
[[File:fridge.jpg]]
*Raspberry Pi:Mode B
Monitor and control all the software modules and give in-time response.
[[File:pi.jpg]]
*Barcode Reader:XL-200 Omni-directional Barcode Scanner Module
[[File:barcode.jpg]]
*RFID suit: M6E-DEVKIT
In this project, both barcode reader and RFID reader are used to identity items in the fridge.
[[File:rfid.jpg]]
*Camera:ELP-USB500W02M-45A
The camera is used for recording items when putted into the fridge.
[[File:camera.jpg]]
*AngleSensor:534-500:500R OHM 10 TURN PRECISION POT
This is used for recording at what stage the drawer in the freezer is pulled out.
[[File:AngleSensor.jpg]]
*Temperature&Humidity Sensor: DHT22
Record the temperature and humidity in the fridge.
[[File:TH.jpg]]
*Touch Screen:14" glossy open-frame LCD, 1366x768 px, 256K (18-bits) colors, viewing angles: (L/R:45, U/L:15-35)
Present the information recorded and serve to control something in the future.
[[File:touchscreen.jpg]]

==== software ====
After finishing data collecting and analysing, the social fridge posts status on facebook fan page of '''AutoID Lab of Adelaide'''[https://www.facebook.com/adelaideautoidlab].

[[File:facebook.jpg]]

Information will also be presented in the screen which is fixed on the door of fridge. A interface makes it organised.

[[File:interface.jpg]]

== Team Management ==
=== Team Members ===

*Mr Chundi Li
*Mr Wenshuo Ma

=== Supervisors ===

*Dr Said Al-Sarawi
*Dr Damith Ranasinghe

AutoID Lab of Adelaide

2014-10-08T11:32:34Z

A1635359: Created page with "https://www.facebook.com/adelaideautoidlab"

https://www.facebook.com/adelaideautoidlab

Projects:2014S1-36 What are Social Appliances? Building your Tomorrow Today…

2014-10-08T11:32:04Z

A1635359: /* software */

This project is proposed to build a "Social Fridge".

== Project Information ==

=== Project Aim ===

We plan to build a "Social Fridge" which can assist people to manage their usages of food stored in the fridge. To achieve this, we are to use the RFID reader and barcode scanners associated with cameras to identify the items, and use the weighing sensors to measure the weight of those identified items. Furthermore, temperature sensors are used to get the local temperature and humidity. Finally, all the measured and recorded information is then pushed to a Facebook page for users to read and share with their friends. In addition, all relevant information will also be displayed on a touch screen which is placed on the door of the fridge.

=== Working Scenario ===

When the door is opened, the rotary potentiometer starts to measure the angle between the door and the fridge and at the same time, it also triggers the barcode reader and RFID reader. All the user needs to do is to put items on the shelf, during which if items scanned, camera and weighing sensors would be triggered to collect information of items. The weight of the shelf decides whether items are taken out or putted in. As for the temperature and humidity in the fridge, data would be collected by corresponding sensors which are working all the time. After the automatic processing in raspberry pi, the analyzed data would be published a certain facebook page and displayed on the display screen.

=== Components analysis ===
To implement functionalities described in the scenario, we use the following hardware and also program for them.
==== Hardware ====
*Fridge:Mitsubishi 325L 2-door Bottom Mount Stainless Steel Fridge
All the hardware will be integrated in this fridge.
[[File:fridge.jpg]]
*Raspberry Pi:Mode B
Monitor and control all the software modules and give in-time response.
[[File:pi.jpg]]
*Barcode Reader:XL-200 Omni-directional Barcode Scanner Module
[[File:barcode.jpg]]
*RFID suit: M6E-DEVKIT
In this project, both barcode reader and RFID reader are used to identity items in the fridge.
[[File:rfid.jpg]]
*Camera:ELP-USB500W02M-45A
The camera is used for recording items when putted into the fridge.
[[File:camera.jpg]]
*AngleSensor:534-500:500R OHM 10 TURN PRECISION POT
This is used for recording at what stage the drawer in the freezer is pulled out.
[[File:AngleSensor.jpg]]
*Temperature&Humidity Sensor: DHT22
Record the temperature and humidity in the fridge.
[[File:TH.jpg]]
*Touch Screen:14" glossy open-frame LCD, 1366x768 px, 256K (18-bits) colors, viewing angles: (L/R:45, U/L:15-35)
Present the information recorded and serve to control something in the future.
[[File:touchscreen.jpg]]

==== software ====
After finishing data collecting and analysing, the social fridge posts status on facebook fan page of [[AutoID Lab of Adelaide]].[https://www.facebook.com/adelaideautoidlab].

[[File:facebook.jpg]]

Information will also be presented in the screen which is fixed on the door of fridge. A interface makes it organised.

[[File:interface.jpg]]

== Team Management ==
=== Team Members ===

*Mr Chundi Li
*Mr Wenshuo Ma

=== Supervisors ===

*Dr Said Al-Sarawi
*Dr Damith Ranasinghe

Projects:2014S1-36 What are Social Appliances? Building your Tomorrow Today…

2014-10-08T11:31:34Z

A1635359: /* software */

This project is proposed to build a "Social Fridge".

== Project Information ==

=== Project Aim ===

We plan to build a "Social Fridge" which can assist people to manage their usages of food stored in the fridge. To achieve this, we are to use the RFID reader and barcode scanners associated with cameras to identify the items, and use the weighing sensors to measure the weight of those identified items. Furthermore, temperature sensors are used to get the local temperature and humidity. Finally, all the measured and recorded information is then pushed to a Facebook page for users to read and share with their friends. In addition, all relevant information will also be displayed on a touch screen which is placed on the door of the fridge.

=== Working Scenario ===

When the door is opened, the rotary potentiometer starts to measure the angle between the door and the fridge and at the same time, it also triggers the barcode reader and RFID reader. All the user needs to do is to put items on the shelf, during which if items scanned, camera and weighing sensors would be triggered to collect information of items. The weight of the shelf decides whether items are taken out or putted in. As for the temperature and humidity in the fridge, data would be collected by corresponding sensors which are working all the time. After the automatic processing in raspberry pi, the analyzed data would be published a certain facebook page and displayed on the display screen.

=== Components analysis ===
To implement functionalities described in the scenario, we use the following hardware and also program for them.
==== Hardware ====
*Fridge:Mitsubishi 325L 2-door Bottom Mount Stainless Steel Fridge
All the hardware will be integrated in this fridge.
[[File:fridge.jpg]]
*Raspberry Pi:Mode B
Monitor and control all the software modules and give in-time response.
[[File:pi.jpg]]
*Barcode Reader:XL-200 Omni-directional Barcode Scanner Module
[[File:barcode.jpg]]
*RFID suit: M6E-DEVKIT
In this project, both barcode reader and RFID reader are used to identity items in the fridge.
[[File:rfid.jpg]]
*Camera:ELP-USB500W02M-45A
The camera is used for recording items when putted into the fridge.
[[File:camera.jpg]]
*AngleSensor:534-500:500R OHM 10 TURN PRECISION POT
This is used for recording at what stage the drawer in the freezer is pulled out.
[[File:AngleSensor.jpg]]
*Temperature&Humidity Sensor: DHT22
Record the temperature and humidity in the fridge.
[[File:TH.jpg]]
*Touch Screen:14" glossy open-frame LCD, 1366x768 px, 256K (18-bits) colors, viewing angles: (L/R:45, U/L:15-35)
Present the information recorded and serve to control something in the future.
[[File:touchscreen.jpg]]

==== software ====
After finishing data collecting and analysing, the social fridge posts status on facebook fan page of AutoID Lab of Adelaide.[https://www.facebook.com/adelaideautoidlab].

[[File:facebook.jpg]]

Information will also be presented in the screen which is fixed on the door of fridge. A interface makes it organised.

[[File:interface.jpg]]

== Team Management ==
=== Team Members ===

*Mr Chundi Li
*Mr Wenshuo Ma

=== Supervisors ===

*Dr Said Al-Sarawi
*Dr Damith Ranasinghe

Projects:2014S1-36 What are Social Appliances? Building your Tomorrow Today…

2014-10-08T11:31:02Z

A1635359:

This project is proposed to build a "Social Fridge".

== Project Information ==

=== Project Aim ===

We plan to build a "Social Fridge" which can assist people to manage their usages of food stored in the fridge. To achieve this, we are to use the RFID reader and barcode scanners associated with cameras to identify the items, and use the weighing sensors to measure the weight of those identified items. Furthermore, temperature sensors are used to get the local temperature and humidity. Finally, all the measured and recorded information is then pushed to a Facebook page for users to read and share with their friends. In addition, all relevant information will also be displayed on a touch screen which is placed on the door of the fridge.

=== Working Scenario ===

When the door is opened, the rotary potentiometer starts to measure the angle between the door and the fridge and at the same time, it also triggers the barcode reader and RFID reader. All the user needs to do is to put items on the shelf, during which if items scanned, camera and weighing sensors would be triggered to collect information of items. The weight of the shelf decides whether items are taken out or putted in. As for the temperature and humidity in the fridge, data would be collected by corresponding sensors which are working all the time. After the automatic processing in raspberry pi, the analyzed data would be published a certain facebook page and displayed on the display screen.

=== Components analysis ===
To implement functionalities described in the scenario, we use the following hardware and also program for them.
==== Hardware ====
*Fridge:Mitsubishi 325L 2-door Bottom Mount Stainless Steel Fridge
All the hardware will be integrated in this fridge.
[[File:fridge.jpg]]
*Raspberry Pi:Mode B
Monitor and control all the software modules and give in-time response.
[[File:pi.jpg]]
*Barcode Reader:XL-200 Omni-directional Barcode Scanner Module
[[File:barcode.jpg]]
*RFID suit: M6E-DEVKIT
In this project, both barcode reader and RFID reader are used to identity items in the fridge.
[[File:rfid.jpg]]
*Camera:ELP-USB500W02M-45A
The camera is used for recording items when putted into the fridge.
[[File:camera.jpg]]
*AngleSensor:534-500:500R OHM 10 TURN PRECISION POT
This is used for recording at what stage the drawer in the freezer is pulled out.
[[File:AngleSensor.jpg]]
*Temperature&Humidity Sensor: DHT22
Record the temperature and humidity in the fridge.
[[File:TH.jpg]]
*Touch Screen:14" glossy open-frame LCD, 1366x768 px, 256K (18-bits) colors, viewing angles: (L/R:45, U/L:15-35)
Present the information recorded and serve to control something in the future.
[[File:touchscreen.jpg]]

==== software ====
After finishing data collecting and analysing, the social fridge posts status on facebook fan page of AutoID Lab of Adelaide.[https://www.facebook.com/adelaideautoidlab].
[[File:facebook.jpg]]
Information will also be presented in the screen which is fixed on the door of fridge. A interface makes it organised.
[[File:interface.jpg]]
== Team Management ==
=== Team Members ===

*Mr Chundi Li
*Mr Wenshuo Ma

=== Supervisors ===

*Dr Said Al-Sarawi
*Dr Damith Ranasinghe

File:Facebook.jpg

2014-10-08T11:12:25Z

A1635359:

File:Touchscreen.jpg

2014-10-08T11:12:16Z

A1635359:

File:TH.jpg

2014-10-08T11:12:04Z

A1635359:

File:Rfid.jpg

2014-10-08T11:11:56Z

A1635359:

File:Pi.jpg

2014-10-08T11:11:45Z

A1635359:

File:Interface.jpg

2014-10-08T11:11:35Z

A1635359:

File:Fridge.jpg

2014-10-08T11:11:25Z

A1635359:

File:Camera.jpg

2014-10-08T11:11:01Z

A1635359:

Projects:2014S1-36 What are Social Appliances? Building your Tomorrow Today…

2014-10-08T11:09:53Z

A1635359:

File:Barcode.jpg

2014-10-08T11:09:22Z

A1635359:

File:AngleSensor.jpg

2014-10-08T11:09:08Z

A1635359: