CN104883401A - Terminal system and implementation method of a vehicle-mounted Internet of Things operation platform - Google Patents

Abstract

The invention discloses a terminal system and an implementation method of a vehicle-mounted Internet of things operation platform, and the terminal system comprises a vehicle-mounted client, a terminal gateway, a vehicle-mounted terminal, a third-party application client and a database, wherein the vehicle-mounted client comprises a radio frequency identification tag, a vehicle-mounted telephone, a Bluetooth module, a GPS module and a vehicle-mounted gateway; the intelligent routing method and the intelligent routing system can take measures of intelligent routing navigation and logistics distribution routing dynamic planning for users according to environment information such as dynamic road conditions and weather, and have the advantages of being powerful in function, strong in universality, strong in data processing capacity, good in instantaneity, good in interactivity and the like.

Description

Terminal system and implementation method of a vehicle-mounted Internet of Things operation platform

technical field

The invention specifically relates to a terminal system and an implementation method of a vehicle-mounted Internet of Things operating platform, belonging to the technical field of the Internet of Vehicles.

Background technique

The Internet of Things is another revolutionary breakthrough in information technology after personal computers and networks. After more than ten years of gestation, the Internet of Things has attracted strong attention from all over the world in recent years. The vehicle-mounted Internet of Things is the concrete embodiment and application of the Internet of Things in the transportation industry. The vehicle-mounted Internet of Things system uses advanced sensing technology, network technology, computing technology, control technology, and intelligent technology to conduct comprehensive perception of roads and traffic, and realize the interaction of large-scale and large-capacity data between multiple systems. Cars control the whole traffic, and control the traffic of each road in full time and space, so as to provide networks and applications that focus on traffic efficiency and traffic safety.

Currently there are some vehicle information systems to collect, process and control vehicle data, and then extract useful information from the data. But these systems (such as the GPS+GSM vehicle monitoring system currently used) have the following problems:

1. The vehicle-mounted terminal has simple functions and poor versatility;

2. The central service system (remote monitoring and dispatching system) has a low level of intelligent data processing, and the real-time and usability of the system need to be improved;

3. The data dynamically acquired by the sensor has different forms, high redundancy, and poor real-time interaction with the background central service system, so that the vehicle status monitoring and real-time scheduling management cannot be truly realized through vehicle networking.

Contents of the invention

In view of the above problems, the technical problem to be solved by the present invention is to provide a terminal system and implementation method of a vehicle-mounted Internet of Things operation platform with the advantages of powerful functions, strong versatility, strong data processing capabilities, good real-time performance, and good interactivity.

The terminal system and implementation method of the vehicle-mounted Internet of Things operation platform of the present invention include a vehicle-mounted client, a terminal gateway, a vehicle-mounted terminal, a third-party application client and a database, and the vehicle-mounted client includes a radio frequency identification tag, a vehicle-mounted phone, and a Bluetooth module , GPS module and vehicle gateway, the radio frequency identification tag, vehicle phone, Bluetooth module and GPS module are all connected to the vehicle gateway, the vehicle terminal, third-party application client and database are all connected to the terminal gateway, the vehicle gateway Connect wirelessly with terminal gateway.

Here, the vehicle-mounted terminal regularly queries and receives data from the vehicle-mounted client and third-party application clients through the terminal gateway, processes the obtained data, and then sends the processed data to the vehicle-mounted client, and the vehicle-mounted client The data responds to realize the application of the vehicle client, and at the same time, the vehicle terminal returns the processed data to the third-party application client for use by the third-party application client. Through the above process, the vehicle-mounted client can make intelligent route navigation and dynamic logistics distribution route planning based on dynamic road conditions, weather and other environmental information.

In the terminal system and implementation method of the above-mentioned vehicle-mounted Internet of Things operation platform, the wireless connection between the vehicle-mounted gateway and the terminal gateway means that the vehicle-mounted gateway and the terminal gateway are connected through the communication mode of EDGE or the communication mode of GPRS or the communication mode of GSM .

In the above-mentioned terminal system and implementation method of the vehicle-mounted Internet of Things operation platform, the third-party application client is connected to the terminal gateway through GPRS communication.

In the above-mentioned terminal system and implementation method of a vehicle-mounted Internet of Things operation platform, the implementation method includes the following steps:

a. Through the terminal gateway, receive the instructions sent by the vehicle Internet of Things operation platform and the vehicle client and execute them accordingly, realize the control and communication of related equipment in the vehicle, and actively upload relevant data to the vehicle Internet of Things operation platform and vehicles at regular intervals according to the configuration The client mobile phone realizes the relevant local application functions of the car phone and car early warning at the same time;

b. The vehicle-mounted Internet of Things operation platform receives the information data sent by the vehicle-mounted gateway, and processes the information data that can be sent to the third-party application client, and then sends it to the third-party application client, and sends the third-party application client instructions and vehicle IoT operation platform to the vehicle gateway and ask it to respond correctly;

c. The mobile phone and the mobile client receive relevant data from the vehicle-mounted gateway, detect its status, and receive its alarm information.

Beneficial effects of the present invention: the present invention can provide users with intelligent path navigation and logistics distribution path dynamic planning measures based on dynamic road conditions, weather and other environmental information, and has powerful functions, strong versatility, strong data processing capabilities, good real-time performance, and interactive Good sex and other advantages.

Description of drawings

For ease of illustration, the present invention is described in detail by the following specific implementations and accompanying drawings.

Fig. 1 is a schematic block diagram of the structure of the present invention.

Detailed ways

The terminal system and implementation method of the vehicle-mounted Internet of Things operating platform as shown in Figure 1 includes a vehicle-mounted client, a terminal gateway, a vehicle-mounted terminal, a third-party application client and a database, and the vehicle-mounted client includes a radio frequency identification tag, a vehicle-mounted phone , Bluetooth module, GPS module and vehicle-mounted gateway, the radio frequency identification tag, vehicle-mounted phone, Bluetooth module and GPS module are all connected to the vehicle-mounted gateway, and the described vehicle-mounted terminal, third-party application client and database are all connected to the terminal gateway. The vehicle-mounted gateway is wirelessly connected to the terminal gateway; here, the vehicle-mounted terminal regularly inquires and receives the data of the vehicle-mounted client and the third-party application client through the terminal gateway, processes the obtained data, and then sends the processed data to the vehicle-mounted client The vehicle-mounted terminal responds according to the obtained data to realize the application of the vehicle-mounted client. At the same time, the vehicle-mounted terminal returns the processed data to the third-party application client for use by the third-party application client. Through the above process, the vehicle-mounted client can make intelligent route navigation and dynamic logistics distribution route planning based on dynamic road conditions, weather and other environmental information.

In the terminal system and implementation method of the above-mentioned vehicle-mounted Internet of Things operation platform, the wireless connection between the vehicle-mounted gateway and the terminal gateway means that the vehicle-mounted gateway and the terminal gateway are connected through the communication mode of EDGE or the communication mode of GPRS or the communication mode of GSM .

In the above-mentioned terminal system and implementation method of the vehicle-mounted Internet of Things operation platform, the third-party application client is connected to the terminal gateway through GPRS communication.

In the above-mentioned terminal system and implementation method of a vehicle-mounted Internet of Things operation platform, the implementation method includes the following steps:

a. Through the terminal gateway, receive the instructions sent by the vehicle Internet of Things operation platform and the vehicle client and execute them accordingly, realize the control and communication of related equipment in the vehicle, and actively upload relevant data to the vehicle Internet of Things operation platform and vehicles at regular intervals according to the configuration The client mobile phone realizes the relevant local application functions of the car phone and car early warning at the same time;

b. The vehicle-mounted Internet of Things operation platform receives the information data sent by the vehicle-mounted gateway, and processes the information data that can be sent to the third-party application client, and then sends it to the third-party application client, and sends the third-party application client instructions and vehicle IoT operation platform to the vehicle gateway and ask it to respond correctly;

c. The mobile phone and the mobile client receive relevant data from the vehicle-mounted gateway, detect its status, and receive its alarm information.

The above-mentioned embodiments are only descriptions of preferred implementations of the present invention, and are not intended to limit the concept and scope of the present invention. Under the premise of not departing from the design concept of the present invention, various modifications and improvements made by ordinary persons in the art to the technical solution of the present invention shall fall within the scope of protection of the present invention, and the technical content claimed in the present invention has been fully described in the claims.

Claims (4)

1. A terminal system and an implementation method of a vehicle-mounted Internet of Things operating platform, characterized in that: it includes a vehicle-mounted client, a terminal gateway, a vehicle-mounted terminal, a third-party application client and a database, and the vehicle-mounted client includes a radio frequency identification tag, Vehicle-mounted phone, bluetooth module, GPS module and vehicle-mounted gateway, described radio frequency identification tag, vehicle-mounted phone, bluetooth module and GPS module are all connected with vehicle-mounted gateway, described vehicle-mounted terminal machine, third-party application client and database are all connected with terminal gateway , the vehicle-mounted gateway is wirelessly connected to the terminal gateway. 2. The terminal system and implementation method of the vehicle-mounted Internet of Things operating platform according to claim 1, characterized in that: the vehicle-mounted gateway is wirelessly connected with the terminal gateway and refers to that the vehicle-mounted gateway and the terminal gateway pass through the communication mode of EDGE or GPRS Communication mode or GSM communication mode. 3. The terminal system and implementation method of the vehicle-mounted Internet of Things operation platform according to claim 1, characterized in that: the third-party application client is connected to the terminal gateway through GPRS communication. 4. The terminal system and implementation method of the vehicle-mounted Internet of Things operating platform according to claim 1, wherein the implementation method comprises the following steps: a. Through the terminal gateway, receive the instructions sent by the vehicle Internet of Things operation platform and the vehicle client and execute them accordingly, realize the control and communication of related equipment in the vehicle, and actively upload relevant data to the vehicle Internet of Things operation platform and vehicles at regular intervals according to the configuration The client mobile phone realizes the relevant local application functions of the car phone and car early warning at the same time; b. The vehicle-mounted Internet of Things operation platform receives the information data sent by the vehicle-mounted gateway, and processes the information data that can be sent to the third-party application client, and then sends it to the third-party application client, and sends the third-party application client instructions and vehicle IoT operation platform to the vehicle gateway and ask it to respond correctly; c. The mobile phone and the mobile client receive relevant data from the vehicle-mounted gateway, detect its status, and receive its alarm information.