Patent Application
20150316450
Not applicable.
1. Field of the Invention
The present invention relates generally to recycling electronic devices, and more particularly to a device that automatically tests the functionality of a used electronic device.
2. Description of the Related Art
Due to the rapid evolution of electronic devices, consumers often have an excess of old, unwanted electronic devices cluttering up their homes. Such devices may include cell phones, PDA's, smartphones, GPS devices, calculators, mp3 players, and other similar electronics. While such devices may be worth money, it is often complicated to sell the devices, and too many of them end up thrown away. When thrown away, these devices contaminate the waste stream, due to their heavy metal content. This is a serious hazard to the environment.
Many phone companies and other entities offer consumers the opportunity to test the functionality of their electronic device. However, it is often difficult to uncover functional problems with the device in the relatively brief time that such a testing process may take. On the other hand, a cursory evaluation may miss some significant problems with the device that may affect full functionality.
A need therefore exists for a system and method of quickly and comprehensively evaluating the functionality of an electronic device.
The present invention is a functional testing device for used electronics, comprising an evaluation chamber that is appropriately sized for a used electronic device; a device holder located inside the chamber; at least one cable connector; a user interface, with a display and at least one input device, and a processor that is configured to connect to an electronic device, identify the electronic device, and test at least one function of the electronic device.
The functions tested by the device of the present invention can include the cellular transmitter and receiver, Bluetooth transmitter and receiver, display, headphones, speaker, microphone, buttons, touchscreen, motion sensor, compass, processor, wi-fi transmitter and receiver, PIN charge, GPS, infrared transmitter and receiver, fingerprint scanner, temperature sensor, gyroscope, light sensor, pulse sensor, and at least one camera.
In an embodiment, the tests are performed automatically without intervention by an operator. In another embodiment, the tests are performed semi-automatically with assistance from an operator.
The processor can also be configured to generate a report based on results of the functional tests. The report may also be transmitted to a server.
The device holder can comprise multiple interchangeable adapters for holding at least two different types of electronic device.
The functional testing device can comprise multiple cables for connecting to at least two different types of electronic device.
The functional testing device can also comprise a communication module that connects the functional testing device to a server.
The functional testing device can connect to a used electronic device wirelessly or by a cable.
The functional testing device can comprise various mechanical attachments for performing tests on the used electronic device, such as a mechanical finger for testing the touchscreen, a module for pushing the buttons, or a module for covering up the light sensor.
The method of the present invention comprises placing the used electronic device into an evaluation chamber, connecting it to a processor, and using the processor to identify the used electronic device, perform at least one functional test on the used electronic device, and generate a report on the results of the at least one functional test.
As above, the functional tests can include testing the cellular transmitter and receiver, Bluetooth transmitter and receiver, display, headphones, speaker, microphone, buttons, touchscreen, motion sensor, compass, processor, wi-fi transmitter and receiver, PIN charge, GPS, infrared transmitter and receiver, fingerprint scanner, temperature sensor, gyroscope, light sensor, pulse sensor, and at least one camera.
The functions to be tested may be selected by a user interface.
In an embodiment, an app may be installed on the electronic device, and may be used to perform at least one test. In another embodiment, at least one test is performed by the processor.
An object of the present invention is to provide an easy way to conduct a comprehensive evaluation of the functionality of an electronic device. The electronic device in question can be any type of smartphone, cell phone, tablet, gaming device, mp3 player, or any other small electronic mobile device.
In its preferred embodiment, the system of the present invention comprises an acoustic lined and light insulated evaluation chamber appropriately sized for an electronic device to fit into it, a processor and memory, a device holder, at least one cable connector, and a user interface, preferably comprising a display and at least one input device.
The system and method of the present invention can test any function of a typical small electronic device. A non-limiting listing of functions includes: phone functionality, screen functionality (including any dead pixels), headphone, speaker, microphone, buttons, touchscreen, motion sensor, compass, Bluetooth, operating system, radio signal, wi-fi, 3G/4G, date/time, PIN charge, GPS, location service, remote control, fingerprint scanning, temperature, gyroscope, light sensor, pulse sensor, biometric sensors, camera, and so on. It will be understood that other functionalities of a small electronic device are also encompassed into the present invention and may also be tested this way. Tests can be executed through an application installed to the electronic device, through wireless connections, or through wired connections.
The testing can be manual, semi-automatic, or fully automatic. In manual testing, the user selects what functions of an electronic device to test and the system tests just those functions. For example, a user may wish to verify whether or not the wi-fi functions work, but not do any other testing.
In semi-automatic testing, the user is prompted to test various functions of the electronic device by messages appearing on the user interface. In fully automatic testing, the electronic device functions are tested one after the other, automatically without intervention from the user.
The system then reads the device information from the electronic device. Such information may include, but is not limited to, device ID, device type, operating system, and other information that can be read from an electronic device.
The user then is prompted to select the test mode and test functions on the user interface. The user may be able to select manual, semi-automatic, or automatic testing, or a combination of the three, or to select specific functions to be tested or the order in which they are tested. The user may also be able to install a special test app on the electronic device to be tested which can assist in the testing process.
If the user selects “semi-automatic test”, the user is then prompted to follow instructions while testing each function of the electronic device. For example, the user may be prompted to move the device around in order to test the motion sensor, turn it around in order to test the compass, or push various device buttons. In some embodiments, some functions of the device may only be tested in semi-automatic mode, since the system may be unable to move the device or push its buttons. In other embodiments, the system may have modules or attachments that can move the device, push its buttons, or activate its touchscreen, in order to provide automatic testing of these functions.
If the user selects “automatic test”, the user is then prompted to place the device onto the tray and close the door. The system then tests various functions of the electronic device automatically. Such functions may include, but are not limited to, Bluetooth, call service, call, camera, battery, date/time, iOS, jailbroken, part number, ringtone, earphone, GPS, LED/flash, speaker, microphone, proximity sensor, SIM detection, radio signal, video record, wi-fi, 3G/4G, finger scanner, gyroscope and PIN charge. In an embodiment, the system may be able to move the device or activate its buttons or touchscreen, and may also be able to test the motion sensor, compass, device buttons, digitizer, screen, headphones, and headphone remote. Those functions may be tested in any order, as desired by the user or as set at the factory.
The system can then provide a report on the testing results, summarize the testing results on the user interface, or output the testing results in some other way.
The system of the present invention also comprises a communication module that enables it to connect to a central server, whether to transmit data for evaluation, or to transmit its evaluation of the device, or to receive data of any kind.
Exemplary embodiments have been described above. It will, however, be clear to a person of reasonable skill that the invention encompasses other embodiments, which also fall into the scope of the present invention.
The present application takes priority from Provisional App. No. 61/987,480, filed May 1, 2014, which is herein incorporated by reference.
| Number | Date | Country | |
|---|---|---|---|
| 61987480 | May 2014 | US |
