A distribution robot, system and method based on electromagnetic lock

Abstract

The disclosure provides an electromagnetic-lock-based distribution robot and system and a method thereof. Intelligent detection of distribution is performed by using the electromagnetic lock control technology; and on the basis of the improved BL optimized placement method, tasks are placed selectively by combining comprehensive consideration of the emergency of tasks needing to be transported andpath correlation under the condition of the limited distribution location, so that the distribution efficiency of the multi-position articles is improved.

Description

technical field [0001] The present disclosure relates to a delivery robot, system and method based on an electromagnetic lock. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and do not necessarily constitute prior art. [0003] With the continuous development of society and economy, service industries such as hotels and restaurants are developing rapidly, but the current distribution services (such as meals) are mainly completed manually, and this method has problems such as high labor costs and low service efficiency. Taking food distribution as an example, according to the inventor’s understanding, there are two types of existing technical solutions, one is a square box robot, which transmits a single plate of food one-to-one, and the delivery accuracy of the food is high but the efficiency is low The other is unmanned intelligent food delivery trucks, which deliver multiple plates of fo...

AI Technical Summary

Problems solved by technology

[0003] With the continuous development of society and economy, service industries such as hotels and restaurants have developed rapidly, but the current distribution services (such as meals) are mainly completed manually, and this method has problems such as high labor costs and low service efficiency.

Taking food distribution as an example, according to the inventor’s understanding, there are two types of existing technical solutions, one is a square box robot, which transmits a single plate of food one-to-one, and the delivery accuracy of the food is high but the efficiency is low The other is unmanned intelligent food delivery trucks, which deliver multiple plates of food to multiple tables at a time, but there is no reasonable food delivery mode detection mechanism, and there are problems of customers taking wrong or missing food. The efficiency is high but the accuracy rate is high. lower

In addition, the above two solutions also have the problem of improving the efficiency of multi-location meal delivery route planning, mainly including high time complexity, complex solution process, and inability to take into account the delivery time and path correlation of food delivery.

At the same time, the meals are not transported in a closed manner, and food hygiene cannot be guaranteed

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