Door lock mounting structure, distribution robot and cabinet door locking method based on electromagnetic lock

Abstract

The invention provides a door lock mounting structure, a distribution robot and a cabinet door locking method based on an electromagnetic lock. The door lock mounting structure comprises the electromagnetic lock mounted on a cabinet body through an elastic connecting mechanism and an attracted object installed on the cabinet door of the cabinet body, and the electromagnetic lock can adaptively attract the attracted object in an actuating mode through the elastic connecting mechanism. The electromagnetic lock is used for realizing locking, after the cabinet door is clamped, the cabinet door canbe naturally separated from the electromagnetic lock through simple power failure, machining and assembling errors caused during installation of the electromagnetic lock and the attracted object areeffectively offset, the installation operation is simpler and more convenient for an installer, and the installation efficiency is improved. The matching fit between the electromagnetic lock and the attracted surface of the attracted object is better realized, and the safety anti-theft performance of the cabinet door is further improved.

Description

technical field [0001] The invention belongs to the technical field of door locks, and in particular relates to a door lock installation structure, a distribution robot and a cabinet door locking method based on an electromagnetic lock. Background technique [0002] In order to ensure the safety of the items stored in the cabinet, door locks are often installed on the cabinet doors to prevent theft. Traditional door locks often use mechanical locks, which must be powered on to open. When the equipment fails or the power fails, the mechanical lock cannot be opened, which means The items in the cabinet cannot be taken out; in the prior art, the locking is realized by using the electromagnetic lock; when the existing electromagnetic lock is installed, it usually adopts a fixed installation method, that is, the electromagnetic lock and the attracted object are respectively installed on the cabinet body and the cabinet door , by determining the installation positions of the two b...

AI Technical Summary

Problems solved by technology

[0002] In order to ensure the safety of the items stored in the cabinet, door locks are often installed on the cabinet doors to prevent theft. Traditional door locks often use mechanical locks, which must be powered on to open. When the equipment fails or the power fails, the mechanical lock cannot be opened, which means The items in the cabinet cannot be taken out; in the prior art, the locking is realized by using the electromagnetic lock; when the existing electromagnetic lock is installed, it usually adopts a fixed installation method, that is, the electromagnetic lock and the attracted object are respectively installed on the cabinet body and the cabinet door , by determining the installation positions of the two before installation, to achieve accurate installation during installation, to ensure the maximum fit between the electromagnetic lock and the attracted surface; however, due to processing and assembly errors, the electromagnetic lock and the attracted The fit of the suction surface of the object is not exactly the same for each cabinet, resulting in inconsistent magnetic attraction. Manual adjustment is required for each cabinet, which will take a lot of assembly time and may not be adjusted in place; and , when the cabinet door is slightly tilted, since the electromagnetic lock and the attracted object are fixedly installed, even at the beginning of installation, the electromagnetic lock and the attracted surface have the largest fit. The attractor tilts with the cabinet door, which will also reduce the fit between the electromagnetic lock and the attracted surface, resulting in a decrease in the magnetic attraction between the electromagnetic lock and the attracted object, which in turn leads to weakened anti-theft performance

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