TWM673918U - Smart storage system with wireless radio frequency barcode - Google Patents

Abstract

A smart storage system with wireless RF barcodes includes a first loading unit, multiple second loading units, a third loading unit, multiple support units, a control unit, multiple wireless reading units, multiple height sensing units, multiple object sensing units, and multiple display units. This system eliminates the need for manual inspection, verification, and data transmission that can lead to errors, providing a safe and effective method for achieving a warning function.

Description

Smart storage system with wireless radio frequency barcode

This invention is a laminated glass for automobiles, specifically a smart storage system with a wireless radio frequency barcode.

Today, electronic products contain numerous and complex components. Material shortages during the production process can lead to manufacturing disruptions and subsequent delivery delays. Material shortages often occur with components that are difficult to control.

However, because parts are difficult to control, manual inspection, verification, and data transmission are often required. Even a single oversight in these steps can result in inaccurate inventory quantities.

Therefore, how to provide a safer and more effective method that can still achieve the warning function is a problem that needs to be solved in the industry.

In light of the aforementioned creative background, and to meet specific industry needs, this new invention provides an intelligent storage system with wireless radio frequency barcodes to address the aforementioned challenges that traditional technologies have failed to achieve.

Today, electronic products have numerous and complex components. Material shortages during the production process can lead to manufacturing interruptions and delayed delivery. Material shortages often occur with components that are difficult to control, which inspired this creation.

According to the above-mentioned purpose, the present invention provides an intelligent storage system with wireless radio frequency barcode, which includes: at least one main body, which further includes a first carrying unit, a plurality of second carrying units, a third carrying unit, a plurality of supporting units, and a plurality of protective units; at least one control device further includes at least one control unit, a plurality of wireless reading units, a plurality of height sensing units, a plurality of display units, and a plurality of control units. The control unit, the plurality of wireless reading units, the plurality of height sensing units, the plurality of object sensing units and the plurality of display units are electrically connected to each other; wherein the first carrier unit and the third carrier unit are respectively arranged at the top and bottom of the main body, and the plurality of second carrier units are arranged between the first carrier unit and the third carrier unit; such as the first carrier unit, the plurality of second carrier units, a third carrier unit The four ends of the carrier unit are respectively combined with a plurality of supporting units to form a frame; wherein the first carrier unit has a storage space, and the plurality of wireless reading units, the plurality of height sensing units and the plurality of object sensing units are placed in the storage space; wherein the second carrier unit has a storage space, and the plurality of wireless reading units and the plurality of height sensing units are placed in the storage space; wherein the wireless The wireless reader unit is used to read the tagged objects below. The height sensor unit is used to detect the height of the objects below. The display unit receives and displays data. The control unit receives data from the wireless reader units, height sensor units, object sensor units, and display units, processes the data, and then transmits it to the display unit for display.

According to another aspect of the above-mentioned invention, the first supporting unit comprises a first supporting unit first supporting element and a first supporting unit second supporting element; the first supporting unit first supporting element and the first supporting unit second supporting element are combined to form a receiving space.

According to another aspect of the above-mentioned invention, the first supporting unit and the first supporting element have a display device support unit; the display device support unit is placed outside the accommodating space, and the first supporting unit has another side of the first supporting unit and the first supporting element.

According to another aspect of the invention, the first carrier unit and the second carrier element have a first carrier unit and the second carrier element detection hole; the plurality of wireless reading units and the plurality of height sensing units are placed above the first carrier unit and the second carrier element detection hole.

According to another aspect of the present invention, the second supporting unit comprises a first supporting element and a second supporting element; the first supporting element and the second supporting element are combined to form a storage space.

According to another aspect of the invention, the second supporting unit first supporting element has a second supporting unit first supporting element detection hole and a second supporting unit partitioning element. The second supporting unit partitioning element is positioned outside the accommodating space, and the other side of the second supporting unit first supporting element is used to partition the space.

According to another aspect of the above-mentioned invention, the second supporting unit/second supporting element has a second supporting unit/second supporting element detection hole; the plurality of wireless reading units and the plurality of height sensing units are placed in the accommodation space and located above the second supporting unit/second supporting element detection hole.

According to another aspect of the aforementioned invention, the third carrier unit comprises a subject moving unit and a subject positioning unit. The subject moving unit and the subject positioning unit are respectively disposed on one side of the third carrier unit. The subject moving unit is used to move the subject, and the subject positioning unit is used to position the subject.

According to another aspect of the invention, the aforementioned protective unit is positioned between the two supporting units and outside the main body. Furthermore, it is also positioned above the second supporting unit to prevent objects from falling.

In accordance with the aforementioned objectives, the present invention provides another intelligent storage system device with wireless radio frequency barcodes, comprising: at least one main body having a wall structure to prevent objects from falling; the main body further comprising a first carrier unit, a plurality of second carrier units, and a third carrier unit; at least one control device further comprising at least one control unit, a plurality of wireless reader units, a plurality of height sensor units, and a plurality of display units; the control unit, the plurality of wireless reader units, the plurality of height sensor units, and the plurality of display units being electrically connected to each other; wherein the first carrier unit and the third carrier unit are respectively disposed at the top and bottom of the main body, and the plurality of second carrier units are disposed between the first and third carrier units; such as the first carrier unit, the plurality of second carrier units, and the plurality of display units; The four ends of the carrier unit and the third carrier unit are respectively combined with the plurality of supporting units to form a frame; wherein the first carrier unit has a storage space, and the plurality of wireless reading units and the plurality of height sensing units are placed in the storage space; wherein the second carrier unit has a storage space, and the plurality of wireless reading units and the plurality of height sensing units are placed in the storage space; wherein The wireless reader unit is used to perform wireless radio frequency detection on objects below it. The height sensor unit is used to detect the height of objects below it. The display unit is used to receive and display data. The control unit is used to receive data from multiple wireless reader units, multiple height sensor units, and display units, and transmit the data to the display unit after processing.

1000: Intelligent storage system with wireless radio frequency barcode

1100: Subject

1200: Control unit

1110: First carrier unit

1111: First carrier unit, first carrier element

1112: First carrier unit, second carrier element

1114: First carrier unit, second carrier component detection hole

1115: Display device support unit

1120: Second carrier unit

1121: Second carrier unit, first carrier element

1122: Second carrier unit, second carrier element

1123: Second carrier unit, first carrier component detection hole

1124: Second supporting unit, second supporting element detection hole

1125: Second load-bearing unit partition element

1130: Third carrier unit

1131: Main body movement unit

1132: Subject positioning unit

1140; Support unit

1150: Protection unit

1210: Control unit

1220: Wireless reading unit

1230: Height sensing unit

1240: Object sensing unit

1250: Display unit

2000: Intelligent storage system with wireless radio frequency barcode

2100: Subject

2200: Control unit

[Figure 1] Schematic diagram of the application of this invention in a smart storage system with a wireless radio frequency barcode; [Figure 2] Schematic diagram of the application of this invention in a smart storage system with a wireless radio frequency barcode; [Figure 3] Schematic diagram of the application of this invention in a smart storage system with a wireless radio frequency barcode; [Figure 4] Schematic diagram of the application of this invention in a smart storage system with a wireless radio frequency barcode; [Figure 5] Schematic diagram of the blocks of this invention in a smart storage system with a wireless radio frequency barcode; and [Figure 6] Schematic diagram of the application of this invention in a smart storage system with a wireless radio frequency barcode.

This invention explores an intelligent storage system with wireless radio frequency barcodes. To facilitate a thorough understanding of this invention, the following description provides a detailed description of its structure, components, and method steps. Obviously, the implementation of this invention is not limited to the specific details familiar to those skilled in the art of intelligent storage systems with wireless radio frequency barcodes. Furthermore, well-known structures and components are not described in detail to avoid unnecessarily limiting this invention. Furthermore, to provide a clearer description and enable those skilled in the art to understand the creative content of this invention, the components in the figures are not drawn to their relative sizes. Certain dimensions may be exaggerated in proportion to other relevant dimensions, and irrelevant details may be omitted for clarity. The preferred embodiments of the present invention are described in detail below. However, in addition to these detailed descriptions, the present invention can be widely implemented in other embodiments, and the scope of the present invention is not limited, and is subject to the scope of subsequent patents.

As shown in Figures 1 to 5, the first embodiment of this invention provides a smart storage system 1000 with wireless radio frequency barcodes, which primarily includes: at least one main body 1100 and at least one control unit 1200. The main body 1100 and the control unit 1200 are interconnected for telecommunication.

A main body 1100 further includes a first supporting unit 1110, a plurality of second supporting units 1120, a third supporting unit 1130, a plurality of supporting units 1140, and a plurality of protective units 1150.

A control unit 1200 further includes at least one control unit 1210, a plurality of wireless reading units 1220, a plurality of height sensing units 1230, and a plurality of display units 1250. The control unit 1210, the plurality of wireless reading units 1220, the plurality of height sensing units 1230, the plurality of object sensing units 1240, and the plurality of display units 1250 are electrically connected to each other.

As mentioned above, the first supporting unit 1110 and the third supporting unit 1130 are respectively disposed at the top and bottom of the main body, and the plurality of second supporting units 1120 are disposed between the first supporting unit 1110 and the third supporting unit 1130. The four ends of the first supporting unit 1110, the plurality of second supporting units 1120, and the third supporting unit 1130 are respectively connected to the plurality of supporting units 1140 to form a frame.

As mentioned above, the first supporting unit 1110 has a first supporting unit-first supporting element 1111 and a first supporting unit-second supporting element 1112. The first supporting unit-first supporting element 1111 has a display device supporting unit 1115. The first supporting unit-second supporting element 1112 has a first supporting unit-second supporting element detection hole 1114. The first supporting unit-first supporting element 1111 and the first supporting unit-second supporting element 1112 are combined with each other to form a accommodating space, and the above-mentioned multiple wireless reading units 1220 and multiple height sensing units 1230 are placed in the accommodating space and are located above the first supporting unit-second supporting element detection hole 1114. The display device support unit is placed outside the first supporting unit 1110, which has a first supporting element 1111 and a second supporting element 1112. The other side of the second supporting unit's first supporting element 1121 is used to mount the display unit 1250.

As described above, the second supporting unit 1120 includes a second supporting unit first supporting element 1121 and a second supporting unit second supporting element 1122. The second supporting unit first supporting element 1121 includes a second supporting unit first supporting element detection hole 1123 and a second supporting unit partition element 1125. The second supporting unit second supporting element 1122 includes a second supporting unit second supporting element detection hole 1124. The first supporting element 1121 of the second supporting unit and the second supporting element 1122 of the second supporting unit are combined to form a storage space. The plurality of wireless reading units 1220, the plurality of height sensing units 1230, and the plurality of object sensing units 1240 are placed within the storage space and positioned above the detection hole 1124 of the second supporting element of the second supporting unit. The plurality of object sensing units 1240 are placed within the storage space and positioned below the detection hole 1123 of the first supporting element of the second supporting unit. The second supporting unit partition element 1125 is placed outside the accommodation space between the second supporting unit first supporting element 1121 and the second supporting unit second supporting element 1122. The other side of the second supporting unit first supporting element 1121 is used to separate the space.

As mentioned above, the third supporting unit 1130 includes a main body moving unit 1131 and a main body positioning unit 1132. The main body moving unit 1131 and the main body positioning unit 1132 are respectively disposed on one side of the third supporting unit 1130. The main body moving unit 1131 is used to move the main body 1100, and the main body positioning unit 1132 is used to position the main body 1100.

As mentioned above, the protective unit 1150 is positioned between the two supporting units 1140 and on the outside of the main body 1100. Furthermore, it is also located above the second supporting unit 1120 to prevent objects from falling.

The wireless reader unit 1220 is used to read the tagged object underneath through the first carrier unit's second carrier detection hole 1114 and the second carrier unit's second carrier detection hole 1124. The wireless reader unit 1220 can be an RFID reader or a barcode reader. An RFID reader is used to read RFID elements, while a barcode reader is used to read barcodes. The barcode element can be a black barcode or a laser barcode. The tag unit can be an RFID element, a black barcode, or a laser barcode.

The height sensing unit 1230 is used to detect the height of an object below through the first supporting unit's second supporting element detection hole 1114 and the second supporting unit's second supporting element detection hole 1124.

The object sensing unit 1240 is used to detect the presence of objects above the second supporting unit through the first supporting element detection hole 1123.

The display unit 1250 is used to receive data for display.

The control unit 1210 is used to receive data from multiple wireless reading units 1220, multiple height sensing units 1230, object sensing unit 1240, and display unit 1250. After processing, the data is transmitted to the display unit 1250 for display.

As shown in FIG. 6 , the second embodiment of the present invention provides a smart storage system 2000 with wireless radio frequency barcodes, which primarily includes: at least one main body 2100 and at least one control unit 2200. The main body 2100 and the control unit 2200 are interconnected by telecommunications.

As mentioned above, the main body 2100 has a wall structure to prevent objects from falling. The main body 2100 further includes a first supporting unit, a plurality of second supporting units, and a third supporting unit.

The control unit 2200 further includes a control unit, a plurality of wireless reading units, a plurality of height sensing units, and a plurality of display units. The control unit, the plurality of wireless reading units, the plurality of height sensing units, the object sensing unit 1240, and the plurality of display units are electrically connected to each other.

Obviously, based on the description of the embodiments above, the present invention is susceptible to numerous modifications and variations. Therefore, it should be understood within the scope of the appended claims that, in addition to the detailed description above, the present invention is capable of a wide range of other embodiments. The above descriptions are merely preferred embodiments of the present invention and are not intended to limit the scope of the patent application for the present invention. Any equivalent changes or modifications that do not depart from the spirit of the present invention are intended to be included in the scope of the patent application below.

1100: Subject

1110: First carrier unit

1111: First carrier unit, first carrier element

1112: First carrier unit, second carrier element

1115: Display device support unit

1120: Second carrier unit

1121: Second carrier unit, first carrier element

1122: Second carrier unit, second carrier element

1123: Second carrier unit, first carrier component detection hole

1125: Second load-bearing unit partition element

1130: Third carrier unit

1131: Main body movement unit

1132: Subject positioning unit

1140: Support unit

1150: Protection unit

1210: Control unit

1250: Display unit

Claims (10)

A smart storage system with a wireless radio frequency barcode includes: at least one main body, the main body further includes a first carrying unit, a plurality of second carrying units, a third carrying unit, a plurality of support units, and a plurality of protection units; at least one control device further includes at least one control unit, a plurality of wireless reading units, a plurality of height sensing units, and a plurality of display units; the control unit, the plurality of wireless reading units, the plurality of height sensing units, the plurality of object sensing units, and the plurality of display units are electrically connected to each other; wherein the first carrying unit and the third carrying unit are respectively arranged at the top and bottom of the main body, and the plurality of second carrying units are arranged between the first carrying unit and the third carrying unit; as the four terminals of the first carrying unit, the plurality of second carrying units, and the third carrying unit are connected to each other, They are respectively combined with a plurality of supporting units to form a frame; wherein the first carrying unit has a accommodating space, and the plurality of wireless reading units and the plurality of height sensing units are placed in the accommodating space; wherein the second carrying unit has a accommodating space, and the plurality of wireless reading units, the plurality of height sensing units and the plurality of object sensing units are placed in the accommodating space; wherein the wireless reading unit The wireless reading units are used to read tagged objects below; the height sensing unit is used to detect the height of objects below; the display unit is used to receive and display data; and the control unit is used to receive data from the multiple wireless reading units, multiple height sensing units, multiple object sensing units, and display units, and after processing, transmit the data to the display unit for display. In the intelligent storage system with wireless radio frequency barcodes as described in claim 1, the first carrying unit comprises a first carrying unit first carrying element and a first carrying unit second carrying element; the first carrying unit first carrying element and the first carrying unit second carrying element are combined to form a storage space. In the smart storage system with a wireless radio frequency barcode as described in claim 2, the first supporting unit and the first supporting element have a display device support unit; the display device support unit is positioned outside the storage space, and the first supporting unit has another side of the first supporting element. In the intelligent storage system with wireless radio frequency barcodes as described in claim 2, the first carrier unit and the second carrier component have a first carrier unit and the second carrier component detection hole; the plurality of wireless reading units and the plurality of height sensing units are placed above the first carrier unit and the second carrier component detection hole. In the smart storage system with a wireless radio frequency barcode as described in claim 1, the second carrying unit comprises a second carrying unit first carrying element and a second carrying unit second carrying element; the second carrying unit first carrying element and the second carrying unit second carrying element are combined to form a storage space. In the smart storage system with wireless radio frequency barcodes as described in claim 5, the first supporting element of the second supporting unit has a second supporting unit first supporting element detection hole and a second supporting unit partitioning element; the second supporting unit partitioning element is positioned outside the storage space, and the other side of the first supporting element of the second supporting unit is used to partition the space. In the intelligent storage system with wireless radio frequency barcodes as described in claim 5, the second carrier unit and the second carrier element have a second carrier unit and the second carrier element detection hole; the plurality of wireless reading units and the plurality of height sensing units are placed in the storage space and located above the second carrier unit and the second carrier element detection hole. In the intelligent storage system with wireless radio frequency barcodes as described in claim 1, the third carrying unit comprises a body moving unit and a body positioning unit; the body moving unit and the body positioning unit are respectively disposed on one side of the third carrying unit, the body moving unit is used to move the body, and the body positioning unit is used to position the body. In the intelligent storage system with wireless radio frequency barcodes as described in claim 1, the protective unit is disposed between the two supporting units and located on the outside of the main body; furthermore, it is also located above the second carrying unit to prevent objects from falling. A smart storage device with a wireless radio frequency barcode includes: at least one main body having a wall structure for preventing objects from falling; the main body further includes a first supporting unit, a plurality of second supporting units, and a third supporting unit; at least one control device further includes at least one control unit, a plurality of wireless reading units, a plurality of height sensing units, and a plurality of display units; the control unit, the plurality of wireless reading units, the plurality of height sensing units, the plurality of object sensing units, and the plurality of display units are electrically connected to each other; wherein the first supporting unit and the third supporting unit are respectively disposed at the top and bottom of the main body, and the plurality of second supporting units are disposed between the first supporting unit and the third supporting unit; such that the first supporting unit, the plurality of second supporting units, and the third supporting unit are electrically connected to each other; The four ends of the carrier are respectively combined with a plurality of supporting units to form a frame; wherein the first carrier unit has a storage space, and the plurality of wireless reading units and the plurality of height sensing units are placed in the storage space; wherein the second carrier unit has a storage space, and the plurality of wireless reading units, the plurality of height sensing units and the plurality of object sensing units are placed in the storage space; wherein the wireless reader The reading unit is used to read the tagged object below; the height sensing unit is used to detect the height of the object below; the display unit is used to receive and display data; and the control unit is used to receive data from multiple wireless reading units, multiple height sensing units, multiple object sensing units, and display units, and after processing, transmit the data to the display unit for display.