Technical method for calling elevator self-control connection by intelligent robot

Abstract

The invention discloses a technical method for calling elevator self-control connection by an intelligent robot. The invention discloses a technical method for calling elevator self-control connection by an intelligent robot. According to the method, automatic interaction and connection control of the intelligent robot and the elevator system are achieved through specific technical means. The method specifically comprises the steps that the intelligent robot accurately sends elevator calling signals, communication with an elevator control system is established, and accurate connection actions are conducted according to the elevator running state. According to the technical method, the operation efficiency and convenience of the intelligent robot in the multi-floor environment can be greatly improved, and reliable technical support is provided for wide application of the intelligent robot.

Description

Technical Field

[0001] In today's era of rapid technological development, the application of intelligent robots is becoming more and more widespread. Among them, the technology of intelligent robots calling elevator automatic control connection has become a research field that has attracted much attention. The emergence of this technology not only improves the working efficiency of robots, but also brings more convenience to people's lives. Background Art

[0002] With the continuous advancement of artificial intelligence technology, the application of intelligent robots in various fields is increasing. In logistics, medical care, hotels and other places, intelligent robots need to frequently use elevators to complete tasks. However, the traditional elevator calling method requires manual operation, which is not only inefficient but also prone to errors. Therefore, the invention of the technology of automatic connection of intelligent robot calling elevator has important practical significance, but a technical method for automatic connection of intelligent robot calling elevator has not yet been seen. Summary of the invention

[0003] Technical principle and implementation method: key technology of the present invention 1. Communication technology: Stable and reliable wireless communication: ensure that the robot and the elevator control system can transmit instructions and status information in real time and accurately, overcome signal interference and distance limitations. Communication protocol compatibility: achieve communication compatibility between the robot and elevators of different brands and models, and improve the versatility of the technology.

[0004] 2. Positioning and navigation technology: High-precision indoor positioning: enables the robot to accurately determine its own position and the elevator position, providing an accurate basis for calling and navigation. Dynamic path planning: according to the elevator status and environmental changes, the robot plans the optimal path to the elevator in real time.

[0005] 3. Sensor technology: Environmental perception sensor: accurately perceives the surrounding environment, including obstacles, people, etc., to ensure the safety of the robot during movement and calling the elevator. Elevator status detection sensor: obtains the elevator's operating status, location, load and other information in real time to provide support for the robot's decision-making.

[0006] 3. Sensor technology: Environmental perception sensor: accurately perceives the surrounding environment, including obstacles, people, etc., to ensure the safety of the robot during movement and calling the elevator. Elevator status detection sensor: obtains the elevator's operating status, location, load and other information in real time to provide support for the robot's decision-making.

[0007] Specific implementation method: A technology for an intelligent robot to call an elevator for automatic control connection is mainly implemented by the following method: 1. Robots sense elevator status: Intelligent robots use sensors to sense the location, operating status, and other information of the elevator. These sensors can include infrared sensors, ultrasonic sensors, etc. By analyzing this information, the robot can determine whether the elevator is idle, whether it is running, and when it will reach the target floor.

[0008] 2. The robot sends a call signal: When the robot needs to use the elevator, it will send a call signal based on the elevator status it senses. This signal can be sent to the elevator control system through wireless communication technology. After receiving the signal, the elevator control system will arrange for the elevator to reach the floor where the robot is located based on the elevator's operating conditions.

[0009] 3. Connection between elevator and robot: When the elevator reaches the floor where the robot is located, the elevator door will open automatically. The robot will sense the state of the elevator door through the sensor and enter the elevator. After entering the elevator, the robot will determine the target floor and send instructions through communication with the elevator control system. The elevator control system will run the elevator to the target floor according to the robot's instructions.

[0010] Technical advantages of a technical method for intelligent robot calling elevator automatic control connection 1. Improve work efficiency: The automatic connection technology of the intelligent robot calling the elevator can realize the seamless connection between the robot and the elevator, reduce waiting time and manual operation, and improve the work efficiency of the robot.

[0011] 2. Reduce the error rate: The traditional elevator calling method is prone to errors, such as pressing the wrong floor button, missing the elevator, etc. The automatic connection technology of intelligent robot calling elevator can reduce the error rate and improve work quality through precise perception and control.

[0012] 3. Enhanced safety: When calling and entering an elevator, the intelligent robot can sense the surrounding environment through sensors to avoid collisions with other objects. At the same time, the elevator control system can also monitor and manage the robot to ensure its safe operation.

[0013] A technical method for an intelligent robot to call an elevator for automatic connection has broad prospects for promotion and application. In the logistics industry, intelligent robots can use this technology to quickly deliver goods to different floors and improve logistics efficiency. In the medical industry, intelligent robots can use this technology to provide patients with services such as meal delivery and medicine delivery, reducing the workload of medical staff. In the hotel industry, intelligent robots can use this technology to provide guests with services such as luggage handling and room cleaning, improving guest satisfaction.

[0014] In short, a technical method for an intelligent robot to call an elevator for automatic control is a technology with important practical significance and broad application prospects. With the continuous advancement and promotion of technology, this technology will bring more convenience and benefits to people's lives.

Claims

1. A technical method for an intelligent robot to call an elevator for automatic control connection, characterized in that: The following steps are involved: (1) The intelligent robot detects the task triggering conditions that require the use of the elevator through sensors; (2) The intelligent robot sends a call request signal to the elevator control system, where the signal includes the robot's identity information and task requirement information; (3) The elevator control system receives and identifies the call request signal and makes a scheduling decision based on the current elevator operation status and the task requirement information; (4) After the elevator reaches the floor where the intelligent robot is located, it sends an arrival signal to the intelligent robot; (5) The intelligent robot receives the arrival signal, moves to the elevator door and interacts with the elevator to confirm the timing of entering the elevator.

2. The technical method for the intelligent robot to call the elevator automatic control connection according to claim 1 is characterized in that: The sensors include but are not limited to distance sensors and task instruction receiving modules, which are used to accurately determine whether to trigger the task of using the elevator.

3. The technical method for the intelligent robot to call the elevator automatic control connection according to claim 1 is characterized in that: The transmission method of the call request signal includes wireless communication technology to ensure stable and fast signal transmission.

4. The technical method for the intelligent robot to call the elevator automatic control connection according to claim 1 is characterized in that: When making scheduling decisions, the elevator control system considers factors such as the elevator's current position, direction of travel, load conditions, and the urgency of the intelligent robot's task.

5. The technical method for the intelligent robot to call the elevator automatic control connection according to claim 1 is characterized in that: The way the intelligent robot interacts with the elevator includes exchanging information with the elevator door control system through a specific communication protocol to ensure safe and accurate entry into the elevator.

6. The technical method for the intelligent robot to call the elevator automatic control connection according to claim 1 is characterized in that: The technical method can be applied to different types of intelligent robots and elevator systems and has wide versatility.