A drone transport storage

Abstract

A drone transport warehousing includes a pickup layer, a delivery layer, and a top platform. The pickup layer includes a lifter moving track, a lifter, and the upper layer of the lifter is provided with a transmission roller, an electronic screen for scanning and picking up items, a door handle, a fingerprint identifier, a visual identifier, an energy module, and a transportation system; the delivery layer includes a lifter track, a lower layer of the lifter, a lifter lifting shaft, an upper layer of the lifter, an electronic screen for scanning and sending items, a door handle, a fingerprint identifier, a visual identifier, and an energy module; the top platform includes a top receiving port and a top pickup port. The present invention has a simple structure, and the delivery and pickup of goods are operated by drones to realize a fully automated and efficient property management system. It can realize multiple people to perform various functions together, and the internal storage space for goods is large.

Description

Technical Field

[0001] The invention relates to unmanned aerial vehicle transportation and warehousing. Background Art

[0002] Drone warehousing is an indispensable storage and transfer system in drone logistics. Currently, most drone logistics platforms use flat surfaces or only a single storage function, and cannot perform some old functions such as automatic storage, automatic warehousing and transportation, automatic pickup, and automatic delivery. Summary of the invention

[0003] The present invention provides a drone transport warehouse which can enable multiple people to perform various functions together and has a large internal storage space.

[0004] The present invention is realized through the following technical scheme: a drone transport storage, including a box body, and its main technical features are that the box body includes a pickup layer, a delivery layer, and a top platform, the pickup layer includes a lifter moving track, a lifter, and the upper layer of the lifter is provided with a transmission roller Ⅰ, an electronic screen for scanning and picking up items, a door handle Ⅰ, a fingerprint identifier Ⅰ, a visual identifier Ⅰ, an energy module Ⅰ, and a transportation system; the delivery layer includes a lifter track, a lifter lower layer Ⅱ, a lifter lifting shaft Ⅱ, a lifter upper layer Ⅱ, an electronic screen for scanning and sending items, a door handle Ⅱ, a fingerprint identifier Ⅱ, Visual identifier II, energy module II; the top platform includes a top receiving port and a top pickup port; a lifter is provided below the top pickup port of the pickup layer, the lower layer of the lifter is connected to the lifter moving track, and the outer walls of the box are respectively provided with an electronic screen for scanning and picking up items, a door handle I, a fingerprint identifier I, a visual identifier I, an energy module I, and a transportation system; the top receiving port of the shipping layer is connected to the lifter, the lower layer of the lifter is connected to the lifter track, and the outer walls of the box are respectively provided with an electronic screen for scanning and sending items, a door handle II, a fingerprint identifier II, a visual identifier II, and an energy module II.

[0005] The number of pickup layers is 1, 2, 3, 4 or more.

[0006] The number of the shipping layers is 1, 2, 3, 4 or more.

[0007] The lifter arranged below the cargo pickup layer is connected with a lifter transverse moving track and a lifter longitudinal moving track.

[0008] The lifter arranged below the cargo pickup layer comprises a lifter lower layer I, a lifter lifting shaft I and a lifter upper layer I.

[0009] The transport system comprises a transmission shaft, a transmission roller II, a transmission motor and a transmission chain.

[0010] A number of visual identifiers are arranged around the bottom of the box.

[0011] The invention has a simple structure, and the delivery and collection of goods are operated by drones, realizing a fully automated and efficient property management system. It can realize multiple functions together, and the internal storage space of goods is large. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 This is a schematic diagram of the overall structure of drone transportation storage;

[0013] Figure 2 This is a schematic diagram of the pickup layer structure;

[0014] Figure 3 , 4 , 5, and 6 are schematic diagrams of the lifting layer structure of the pickup layer;

[0015] Figure 7 This is a schematic diagram of the structure of the mailing layer;

[0016] Figure 8 This is a schematic diagram of the top platform structure;

[0017] Fig. 9 , 10 Schematic diagram of the transportation system structure. DETAILED DESCRIPTION

[0018] like Figure 1-Figure 10 As shown, the drone transport storage consists of a pickup layer 1, a delivery layer 2, and a top platform 3.

[0019] The pickup layer 1 includes: a lifter transverse moving track 1-1, a lifter longitudinal moving track 1-1-1, a lifter lower layer Ⅰ1-2, a lifter lifting shaft Ⅰ1-3, a lifter upper layer Ⅰ1-4, a transmission roller Ⅰ1-4-1, an electronic screen for scanning and picking up items 1-5, a door handle Ⅰ1-6, a fingerprint identifier Ⅰ1-7, a visual identifier Ⅰ1-8, an energy module Ⅰ1-9, a transportation system 1-10, a transmission shaft 1-10-1, a transmission roller Ⅱ1-10-2, a transmission motor 1-10-3, and a transmission chain 1-10-4.

[0020] The delivery layer 2 includes: lift track 2-1, lift lower layer Ⅱ 2-2, lift lifting shaft Ⅱ 2-3, lift upper layer Ⅱ 2-4, code scanning and delivery electronic screen 2-5, door handle Ⅱ 2-6, fingerprint recognition device Ⅱ 2-7, visual recognition device Ⅱ 2-8, energy module Ⅱ (2-9).

[0021] The top platform 3 includes: a top receiving port 3-1 and a top picking port 3-2.

[0022] Its workflow:

[0023] Pickup:

[0024] When the drone transport warehouse receives the delivery instruction of the drone, the elevator moves the horizontal slide rail 1-1 and the vertical slide rail 1-1-1 to move the elevator to the bottom of the top receiving port 3-1, and the elevator shaft Ⅰ1-3 rises to lift the upper layer Ⅰ1-4 of the elevator to the top receiving port 3-1 and wait for the drone to put down the cargo 4. When the drone puts down the cargo 4, the elevator shaft Ⅰ1-3 descends to lower the upper layer Ⅰ1-4 of the elevator to the initial position, and then the elevator moves the horizontal slide rail 1 -1 and the longitudinal slide rail 1-1-1 of the lifter bring the lifter close to the transport system 1-10, and then the transmission roller Ⅰ1-4-1 on the upper layer Ⅰ1-4 of the lifter rolls toward the transport system to transport the goods 4 onto the transport system 1-10. At this time, the rear part 1-8-1 of the visual identifier recognizes the goods 4, and then the energy module Ⅰ1-9 controls the transmission motor 1-10-3 to start, controls the transmission shaft 1-10-1 to rotate, drives the transmission roller Ⅱ1-10-2 and the transmission chain 1-10-4 to transport the goods 4 to the front. When the goods 4 arrives at the front of the visual identifier Ⅰ1-8, the energy module Ⅰ1-9 closes the transport system 1-10 and sends the pickup code to the pick-up person. The pick-up person can use the notified pickup code to enter the pickup code through the scanning code pickup electronic screen 1-5 to open the pickup door, or recognize the fingerprint identifier Ⅰ1-7 through the pre-entered fingerprint, and can open and close the pickup door through the door handle to complete the pickup.

[0025] Shipping:

[0026] When the sender needs to send a package, he scans the QR code on the electronic screen 2-5 with his mobile phone, enters the shipping information, opens the shipping door, and places the goods 4 on the upper layer Ⅱ2-4 of the elevator. At this time, the visual identifier Ⅱ2-8 recognizes the goods 4, and the energy module Ⅱ2-9 controls the elevator track 2-1 to move the elevator to just below the top pickup port 3-2, and then controls the lifting shaft Ⅱ2-3 to raise the upper layer Ⅱ2-4 of the elevator to be parallel to the top pickup port, waiting for the drone to pick up the goods.

[0027] The pickup layer can be composed of 1, 2, 3, 4 or more layers, and the delivery layer can also be composed of 1, 2, 3, 4 or more layers.

Claims

1. A drone transport storage, comprising a box, characterized in that The box body comprises a pickup layer (1), a delivery layer (2), and a top platform (3). The pickup layer comprises a lifter moving track, a lifter, and the upper layer of the lifter is provided with a transmission roller I (1-4-1), a code scanning pickup electronic screen (1-5), a door handle I (1-6), a fingerprint identifier I (1-7), a visual identifier I (1-8), an energy module I (1-9), and a transportation system (1-10). The delivery layer comprises a lifter track (2-1), a lifter lower layer II (2-2), a lifter lifting shaft II (2-3), a lifter upper layer II (2-4), a code scanning delivery electronic screen (2-5), a door handle II (2-6), a fingerprint identifier II (2-7), a visual identifier II (2-8), and an energy module II (2-9). The top platform comprises a top receiving port (3-1) and a top pickup port (3-2). A lifter (1-1) is provided below the top pickup port of the pickup layer. The lower layer of the lifter is connected to the lifter moving track. The outer wall of the box body is provided with a scanning device. The box body is provided with a code scanning electronic screen (2-5), a door handle II (2-6), a fingerprint reader II (2-7), a visual reader II (2-8), an energy module II (2-9), and a transportation system; the receiving port at the top of the delivery layer is connected to the elevator, and the lower layer of the elevator is connected to the elevator track; the outer wall of the box body is provided with a code scanning electronic screen (2-5), a door handle II (2-6), a fingerprint reader II (2-7), a visual reader II (2-8), and an energy module II (2-9); the delivery system is provided with a door handle I (1-6), a fingerprint reader I (1-7), a visual reader II (1-8), an energy module II (2-9), and a transportation system; the delivery system is provided with a door handle II (1-6), a fingerprint reader II (1-7), a visual reader II (1-8), and an energy module II (2-9); ...1-9); the delivery system is provided with a door handle II (1-6), a fingerprint reader II (1-7), a visual reader II (1-8), and an energy module II (1-9); the delivery system is provided with a door handle II (1-8), a fingerprint reader II (1-8), a visual reader II (1-8), and an energy module II (1-9); the delivery system is provided with a door handle II (1-6), a fingerprint reader II The lifter (1-1) provided below the loading layer is connected with a lifter transverse moving track and a lifter longitudinal moving track (1-1-1); the lifter provided below the cargo pickup layer comprises a lifter lower layer I (1-2), a lifter lifting shaft I (1-3) and a lifter upper layer I (1-4); the transport system (1-10) comprises a transmission shaft (1-10-1), a transmission roller II (1-10-2), a transmission motor (1-10-3) and a transmission chain (1-10-4).

2. The drone transport storage as claimed in claim 1, characterized in that There are 1, 2, 3, 4 or more pickup floors.

3. The drone transport storage as claimed in claim 1, characterized in that There are 1, 2, 3, 4 or more shipping layers.

4. The drone transport storage as claimed in claim 1, characterized in that A number of visual identifiers are arranged around the bottom of the box.

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