An intelligent express delivery cabinet

Abstract

The invention relates to an intelligent express interim cabinet which comprises a main cabinet body and at least one auxiliary cabinet body. The main cabinet body is provided with a master controller, and the auxiliary cabinet bodies are provided with multiple cabinet units. Each cabinet unit of the auxiliary cabinet bodies is provided with a cabinet door and provided with an electronic lock used for locking the cabinet door in a matched mode. Each electronic lock comprises a buckle and an electronic lock body, and the buckles are arranged on the cabinet doors. Each electronic lock body comprises an outer shell, an electromagnet, a linkage lever and a signal switch. Each linkage lever comprises a linkage rod, a link stopper and a clamping and sliding integrated block. A blocking piece is arranged on the edge of each link stopper, and a protruding portion is arranged on the side edge of each link stopper. Each clamping and sliding integrated block is provided with a concave portion buckled with the protruding portion on the side edge of the corresponding link stopper. The outer shells are provided with emergency unlocking holes, sliding grooves are formed in the link stoppers, sliders are arranged in the sliding grooves, and the protruding portions are arranged at the ends of the sliders. Rotary gears are arranged at the ends of the link stoppers, the gears are in transmission connection with the sliders directly or through transmission gears, and shafts of the gears extend into the emergency unlocking holes or penetrate out of the outer shells through the emergency unlocking holes. The shafts are sleeved with shrinking sleeves, one ends of the shrinking sleeves abut against the side walls of the link stoppers, and the extending ends of the shafts are provided with locking devices which tighten or loosen the shafts, the shrinking sleeves and the link stoppers.

Description

technical field [0001] The invention relates to a storage cabinet, in particular to an intelligent express delivery transfer cabinet. Background technique [0002] Traditional smart distribution cabinets using electronic locks have the following disadvantages: there is no emergency unlocking channel, and when there is an emergency such as power failure or electronic lock damage, the electronic lock cannot be opened, so that the door of the auxiliary cabinet cannot be opened. Therefore, some inventors proposed an improved technology called "A Kind of Express Distribution Cabinet" (CN201420021694.2). When there is an emergency such as power failure or electronic lock damage, the improved technology can open the cabinet door of the auxiliary cabinet, but still There are some deficiencies: due to the large cabinet body, the inspection door is easily deformed after repeated disassembly, and cannot effectively cover the inspection slot. In addition, in the prior art, key-type ele...

AI Technical Summary

Problems solved by technology

[0002] The traditional intelligent distribution cabinet adopts the electronic lock, which has the following disadvantages: there is no emergency unlocking channel, and when there is an emergency such as power failure or electronic lock damage, the electronic lock cannot be opened, so that the cabinet door of the auxiliary cabinet cannot be opened.

Therefore, some inventors proposed an improved technology called "A Kind of Express Distribution Cabinet" (CN201420021694.2). When there is an emergency such as power failure or electronic lock damage, the improved technology can open the cabinet door of the auxiliary cabinet, but still There are some deficiencies: due to the large cabinet body, the inspection door is easily deformed after repeated disassembly, and cannot effectively cover the inspection slot

In addition, in the prior art, key-type electronic locks, dial-type electronic locks, electronic key-type electronic locks, touch-type electronic locks, biometric electronic locks, etc. have overcome the problems of less passwords and poor security performance of mechanical combination locks. The disadvantages make the combination lock greatly improved both technically and in terms of performance. However, such electronic locks have the following disadvantages as a whole: 1. Large size, waste of materials and occupying space for cabinets; 2. Most of them use electromagnetic locks. The iron, the stop lever, the stop lever bites the wind wheel, the wind wheel buckles the lock hook and simultaneously links the telescopic rod to realize the purpose of unlocking and popping the cabinet door. 3. Inconvenient installation, high installation requirements, and complicated installation; 4. Unable to realize remote real-time monitoring of the opening of the lock. 5. Poor damage resistance. At a specific angle, the lock can be opened by pulling it vigorously. pull away

6. The assembly of the lock is difficult and labor-intensive

For this reason, some inventors have proposed an improved technology called "Electronic Lock for Cabinets" (Patent No. CN201220300965.9), which shows an electronic lock with a new structure. It can form a very stable tightening state; but there are some shortcomings, such as easy wear and long-term impact life damage; in addition, when it needs to be unlocked in unexpected situations such as power failure, it needs to be unlocked with foreign objects, which is not convenient enough

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