Remote self-service dinner seat selection system based on infrared sensor

Abstract

The invention discloses a remote self-service dinner seat selection system based on an infrared sensor. The system comprises a mobile phone client, a predetermined seat selection system and the infrared sensor, wherein the mobile phone client is connected with the predetermined seat selection system, and the input end of the predetermined seat selection system is connected with the infrared sensor; the infrared sensor performs real-time monitoring in a restaurant, determines seat information in the restaurant and feeds back the seat information to the predetermined seat selection system, the predetermined seat selection system updates the seat information of the restaurant in real time, and the mobile phone client remotely acquires the seat information of the restaurant via the predetermined seat selection system, and then predetermines a seat needed by a customer. According to the system provided by the invention, the seats can be remotely predetermined, complaint of the customers is reduced, and queuing time is reduced; then real-time monitoring and real-time update can be achieved, order missing and battles for seats are effectively avoided, accurate positioning and self-service seat selection are performed, the workload of waiters for guiding the customers to the seats is reduced, and favorite positions of the customers can be remotely selected, and dinner experience of the customers is enhanced.

Description

technical field [0001] The invention relates to the field of computers, in particular to a remote self-service dining seat selection system based on an infrared sensor. Background technique [0002] At present, restaurant reservation and seat selection are generally made by customers to the restaurant to reserve seats on the spot. By telephone, etc., customers can also call the restaurant to make a seat reservation. Through these two methods, tell the restaurant the exact arrival time and number of people, and understand the restaurant's status. If the seats are crowded, or let the restaurant management staff reserve seats for the corresponding number of people. The new restaurant reservation system enables advance reservations through reservation methods such as Meituan.com. [0003] However, the current method of seat reservation in restaurants has obvious shortcomings. First, customers can only make reservations by phone or online to ensure that they will have a seat whe...

AI Technical Summary

Problems solved by technology

[0003] However, the current method of seat reservation in restaurants has obvious shortcomings. First, customers can only make reservations by phone or online to ensure that they will have a seat when they arrive, but they cannot obtain detailed seat information, such as the size of the seat and the location of the seat. Environment, how long will the seats be vacant, when will Meituan customers arrive at the store, etc.

Secondly, the seat information of the existing restaurant is updated slowly, so that after customers arrive at the restaurant, the seat information has changed greatly compared with before, which is likely to cause long queues, which inevitably makes customers unable to be satisfied with the location, and easily reduces the number of customers. Satisfaction with dining

Again, the staff in the restaurant cannot determine the real-time status of the seats in the restaurant in time, and cannot have an accurate understanding of the existing seats in the restaurant. Flying bills and seat occupancy are prone to occur, which will reduce the flow of customers in the restaurant. , reducing the economic benefits of the restaurant

[0004] Now, with the development of smart phones and infrared sensor technology, conditions are provided for the development of remote self-service dining seat selection system based on infrared sensors. However, there is currently no solution in the market that can meet the needs of customers for seats when dining.

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