Aiot smart slanted parts box

Abstract

An IoT smart angled parts box includes: a mobile device and an angled parts box, the angled parts box further including: a power module for providing power; an image capturing module connected to the power module for capturing images of objects to obtain captured images; an artificial intelligence recognition module connected to the image capturing module for recognizing objects in the captured images using an artificial intelligence model to obtain recognition results; a transmission module connected to the power module, the image capturing module and the artificial intelligence recognition module for receiving operation signals, transmitting the captured images and transmitting the recognition results; and a display module connected to the power module, the artificial intelligence recognition module and the transmission module for displaying information corresponding to the recognition results and indicator lights corresponding to the operation signals.

Claims

1. An IoT-enabled smart angled parts box, comprising: a mobile device for user operation to generate and output operation signals; and an angled parts box for storing items, including a base plate, two side plates, a rear plate, and a front plate, wherein the side plates are erected on the side edges of the base plate, the rear plate is erected on the rear edge of the base plate, and the front plate is erected on the front edge of the base plate, the base plate, the two side plates, the rear plate, and the front plate enclosing a storage space for storing items, the angled parts box further comprising: A power module is located on the rear panel to provide power; An image capturing module, detachably mounted on the top of the front panel, is used to capture images of items stored in the storage space and images of items removed from the storage space, thereby obtaining captured images; an artificial intelligence recognition module, mounted within the front panel and connected to the power module and the image capturing module, draws power from the power module and uses an artificial intelligence model to recognize items from the captured images, thereby obtaining recognition results; a transmission module, mounted within the front panel and connected to the power module, the image capturing module, and the artificial intelligence recognition module, draws power from the power module and is used to receive the operation signal, transmit the captured images, and transmit the recognition results; and a display module, mounted on the top of the front panel and connected to the power module, the artificial intelligence recognition module, and the transmission module, draws power from the power module and is used to display information corresponding to the recognition results and display indicator lights corresponding to the operation signal.

2. The IoT smart angled parts box as described in claim 1, wherein the angled parts box further includes a plurality of electrically connected components disposed on the top or bottom of the side panel.

3. The IoT smart angled parts box as described in claim 2 further comprises a plurality of subordinate angled parts boxes for storing items and includes a subordinate base plate, two subordinate side plates, a subordinate rear plate, a subordinate front plate, and a plurality of subordinate live data connection components. The subordinate side plates are erected on the side edges of the subordinate base plate, the subordinate rear plate is erected on the rear edge of the subordinate base plate, and the subordinate front plate is erected on the front edge of the subordinate base plate. The plurality of live data connection components are disposed on the top or bottom of the subordinate side plates. The subordinate base plate, the two subordinate side plates, the subordinate rear plate, and the subordinate front plate enclose a subordinate storage space, in which items are stored. The subordinate angled parts box further includes: A slave power module is located on the slave rear panel to provide power; A subordinate display module is disposed on the top of the subordinate front panel and connected to the subordinate power module. It is also connected to the artificial intelligence identification module and the transmission module via the live data connection member. It obtains power from the subordinate power module to display information corresponding to the identification result and to display indicator lights corresponding to the operation signal. The subordinate beveled parts box is connected to the beveled parts box, which is the main body, in a vertically adjacent or horizontally adjacent manner via the connection between the subordinate live data connection member and the live data connection member.

4. The IoT smart angled parts box as described in claim 1 further includes a back-end management device connected to the transmission module, the back-end management device transmitting item information to the transmission module of the angled parts box and displaying the item information through the display module.

5. The IoT smart angled parts box as described in claim 3 further includes a back-end management device connected to the transmission module, the back-end management device transmitting item information to the transmission module of the angled parts box, and displaying the item information through the display module and the subordinate display module.

6. The IoT smart angled component box as described in claim 1, wherein the transmission module is connected to the mobile device via the Internet.

7. The IoT smart angled parts box as described in claim 5, wherein the transmission module is connected to the back-end management device via the Internet.

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