CN203554488U - Internet of vehicles and logistic IOT device - Google Patents

Abstract

An internet of vehicles and logistic IOT device consists of a road safety monitoring sensor, a GPS satellite positioning device, a driving safety information sensor and other sensors which are connected to a standard terminal by a communication line. A radio-frequency signal with RFID via wireless/wired mode is transmitted to the standard terminal, transmitted to a microcontroller of a universal data interface processing module, and then transmitted to a radio-frequency transceiver module/GSM module via an intermediate connector circuit board line. The radio-frequency signal is transmitted to an internet computer 1, an Ethernet central computer and a long-distance distribution information system. The radio-frequency signal is processed by three computer systems via an intelligent software, data information and instructions are sent and sent to vehicle-mounted receivers of controlled objects such as a passenger car, a truck and the like, and the Internet of vehicles and logistic IOT device integrates functions of guiding, distribution, warning, emergency processing and other intelligent functions, thereby realizing the internet of vehicles and logistics IOT.

Description

A kind of car networking and logistics Internet of things device

Technical field

Belong to automobile, Road Transportation and logistics field.

Background technology:

Relevant ministries and commissions of country combine and have issued the notice > > of < < about the supervision of reinforcement road transport vehicle dynamic, requirement, all tourisms hired car, three classes be with working line passenger vehicle (refer to 10 of own operating passenger cars of operator are above, seats reserved for guests or passengers more than 200), and the road special-purpose vehicle (being called for short " two visitor's one danger " vehicle) of peril of transportation chemicals, fireworks and firecrackers, civil detonation article all needs to install and use the satellite positioning device with the writing function that travels.For obtaining card carriage path but the commerial vehicle of satellite positioning device is not yet installed, road transport administrative department will supervise transport enterprise to install additional, and access national emphasis commerial vehicle networking joint control system.

Utility model content:

A kind of car networking and logistics Internet of things device, it is by road safety information monitoring sensor, the transducers such as gps satellite positioner and traffic safety information sensor are received on standard binding post through communication connection, radiofrequency signal with RFID is transferred on standard binding post through Wireless/wired, be transferred on the single-chip microcomputer in omnipotent data-interface processing module, by intermediate connector circuit board line, be transferred on radio-frequency (RF) transceiver module/gsm module, be transmitted to internet computer one, Ethernet central computer, long-distance joining in goods information system, by three cover system computers through intelligent software process after, send data message and instruction, by radio communication network, send to passenger vehicle, lorries etc. are by the receiver on-board of control object, implement: water conservancy diversion, join goods, early warning, the wisdom functions such as emergency processing, realize car networking and logistics Internet of Things.

The utility model scheme one, car networking and logistics Internet of things device

Car networking and logistics Internet of Things, comprised: taxi, public transport, bus, private car, enterprises and institutions' car, logistics vehicles etc., the vehicle of clearing out a harbour, logistics cargo allocation etc.

Car networking and logistics Internet of things system, comprise: the condition information monitoring of road safety information, gps satellite positioner, traffic safety information, vehicle condition and failure diagnosis, maintenance management, amusement audition, video monitoring, dangerous material, anti-theft monitoring, optimization driving path, safe speed monitoring, safe distance between vehicles monitoring, good driving habits are auxiliary, oil consumption detection, comprehensive operation efficiency optimization, vehicle identification integrated signal wireless transmission and the rear server platform master control such as safely, and these have formed the logical intelligent operation system of car networking; This should be the platform of an opening, and client can select flexibly, can select the administration module of the most basic functions such as safety, oil consumption, also can select the more polynary module of dress, and can with the existing information management system compatibility of client, what software client needs, and what is just installed; By for user, provide be also user need be not only a car, but a set of solution of runing safely and efficiently of car networking, it is devoted to provide " people, car, management " total solution from three aspects :s such as vehicle technology, drive manner, intelligent management systems for client, and sets up the national emphasis commerial vehicle networking of access joint control system.

The utility model scheme two, car networking and logistics Internet of Things concrete scheme

A kind of automobile Internet of Things intermediate connector circuit board arrangement and method, this intermediate connector circuit module can be directly used in the common transducer of direct interface, direct interface radio-frequency (RF) identification (RFID), the existing Ethernet system of direct interface and the Internet, directly or indirectly existing common transducer, RFID and the interconnection path of upgrading, progressively upgrading is integrated into intelligent automobile Internet of Things and logistics Internet of things system.

Transducer: wherein common transducer comprises, the condition information monitoring sensor of road safety information monitoring sensor, gps satellite positioner, traffic safety information sensor, vehicle-speed monitoring transducer, safe distance between vehicles monitoring sensor, vehicle condition transducer, failure diagnosis transducer, video monitoring unit, dangerous material, anti-theft monitor, oil consumption detecting sensor etc., radio-frequency (RF) identification comprises license plate, car owner and information system for driver, also comprises engine, vehicle frame and load information system, network and Computerized intelligent software comprise: gps satellite location and optimization driving path intelligent information and prompting, road safety intelligent information and warning, safe speed monitoring intelligent information and prompting, safe distance between vehicles monitoring intelligent information and prompting, the auxiliary intelligent information of good driving habits and prompting, the monitoring of situation intelligent information and the warning of dangerous material, oil consumption detects and comprehensive energy-saving intelligent information and prompting, long-distance logistics cargo allocation information system, car goods anti-theft monitoring intelligence video recording system, road vehicle accident monitoring intelligence video recording system, finally configure receiver on-board, form complete car networked system.

Intermediate connector circuit board, system mainly comprises: omnipotent data-interface processing module, single-chip microcomputer, memory module, radio-frequency (RF) transceiver module/gsm module and power management module etc., they are integrated on monolithic double-layer circuit board, composition intermediate connector circuit board, its Based Intelligent Control completes by the single-chip microcomputer in intermediate connector circuit board and in conjunction with top level computer intelligent software, configure again receiver on-board, form complete car networked system.

Innovative design car networking intermediate connector circuit board has information encryption and unlocking function module, has solved the connection of user profile and network and safe and secret problem.

Wherein in typical application structure, omnipotent data-interface processing module adopts MAX125 multi-channel data acquisition chip, single-chip microcomputer adopts MSP430F149, memory module adopts dual port RAM module I DT7132, radio-frequency (RF) transceiver adopts CC2420 module, and circuit board adopts monolithic double-layer circuit board to be equipped with input and output and data general-purpose port.

The utility model scheme three, omnipotent data-interface processing module.

The input and output that omnipotent data-interface processing module is auxiliary and data port, link with the data wire of transducer, sensor signal is transferred in omnipotent data-interface processing module, through omnipotent data-interface processing module, the switching of analog multichannel switch control channel, sampling keeps, A/D conversion, the bedirectional parallel port that passes through MAX125 is again to MAX125 quadratic programming, convert in the 4x14bitRAM that rear result data is stored in chip internal, external circuit receives after the complete interrupt signal of sending of whole conversions, can be successively to MAX125 read enable pin and apply and read arteries and veins, by single-chip microcomputer MSP430F149 program control, through memory module dual port RAM module I DT7132, buffered data, send in the CC2420 module of radio-frequency (RF) transceiver, by him, press instruction issue data-signal to Ethernet, by intelligent software control, by radio communication network, outputed on receiver on-board, control controlled device, as car, passenger vehicle, lorry, join goods, early warning etc., realize the function of car networking.

By omnipotent data-interface processing module, single-chip microcomputer, memory module, radio-frequency (RF) transceiver module, gsm module and power management module etc. are integrated on monolithic double-layer circuit board, by wired connections between this circuit board, and Wireless/wired transmission communication, general input is also set on this circuit board, output, the universal port of data and power supply etc., the integrated intermediate connector circuit board that is constructed as, universal port by it directly links with common sensor interface, directly link with radio-frequency (RF) identification (RFID) interface, directly link with existing Ethernet system and internet interface, directly upgrading is constructed as Intelligent internet of things system.

Core content of the present utility model:

Road safety information monitoring sensor, gps satellite positioner and traffic safety information sensor are set, standard binding post is set, between transducer and standard binding post, communication connection is set, intermediate connector circuit board is set afterwards, omnipotent data-interface processing module, single-chip microcomputer and memory module are set on intermediate connector circuit board, intermediate connector circuit board line is set between omnipotent data-interface processing module, single-chip microcomputer and memory module, on intermediate connector circuit board, is also provided with radio-frequency (RF) transceiver module/gsm module.

Accompanying drawing explanation:

Accompanying drawing is structure chart of the present utility model, below in conjunction with accompanying drawing, the course of work is once described.

Wherein, be respectively: 1, road safety information monitoring sensor, 2, gps satellite positioner, 3, traffic safety information sensor, 4, vehicle-speed monitoring transducer, 5, safe distance between vehicles monitoring sensor, 6, video monitoring unit, 7, vehicle condition and failure diagnosis transducer, 8, oil consumption detecting sensor, 9, anti-theft monitor, 10, the condition information monitoring sensor of dangerous material, 11, communication connection/wireless telecommunications, 12, standard binding post, 13, omnipotent data-interface processing module, 14, radio-frequency (RF) transceiver module/gsm module, 15, radio communication network, 16, car receiver on-board, 17, internet computer one, 18, lorry receiver on-board, 19, Ethernet central computer, 20, passenger coach load receiver, 21, data message and instruction, 22, the long-distance goods information system of joining, 23, intermediate connector circuit board line, 24, intermediate connector circuit board line two, 25, intermediate connector circuit board/monolithic double-layer circuit board, 26, single-chip microcomputer.

Embodiment:

By road safety information monitoring sensor 1, gps satellite positioner 2, traffic safety information sensor 3, vehicle-speed monitoring transducer 4, safe distance between vehicles monitoring sensor 5, video monitoring unit 6, vehicle condition and failure diagnosis transducer 7, oil consumption detecting sensor 8, the condition information monitoring sensor 10 of anti-theft monitor 9 and dangerous material, through communication connection/wireless telecommunications 11, be connected on standard binding post 12, radiofrequency signal with RFID is transferred on standard binding post 12 through radio communication network 15, standard binding post 12 passes through intermediate connector circuit board line 23 by signal, be transferred in omnipotent data-interface processing module 13, through intermediate connector circuit board line 23, be transferred on single-chip microcomputer 26 again, by intermediate connector circuit board line 23, be transferred on radio-frequency (RF) transceiver module/gsm module 14, afterwards, one road signal is transferred on standard binding post 12 through intermediate connector circuit board line 23, through radio communication network 15, be transferred to internet computer 1 again, Ethernet central computer 19 and long-distance joining in goods information system 22, after treatment, by radio communication network 15, send to car receiver on-board 16, on lorry receiver on-board 18 and passenger coach load receiver 20, standard binding post 12, omnipotent data-interface processing module 13 is all contained on intermediate connector circuit board/monolithic double-layer circuit board 25 with radio-frequency (RF) transceiver module/gsm module 14, by+, one electrode power supply, by single-chip microcomputer 26, controlled the running of intermediate connector circuit board/monolithic double-layer circuit board 25, in conjunction with Ethernet central computer 19, generated data information and instruction 21 after processing, through radio communication network 15, be transmitted into car receiver on-board 16, on lorry receiver on-board 18 and passenger coach load receiver 20, realize car networking and logistics internet of things functional.

The standard binding post 12 that wherein the auxiliary input and output of omnipotent data-interface processing module 13 and data are used, with road safety information monitoring sensor 1, gps satellite positioner 2, traffic safety information sensor 3, vehicle-speed monitoring transducer 4, safe distance between vehicles monitoring sensor 5, video monitoring unit 6, vehicle condition and failure diagnosis transducer 7, oil consumption detecting sensor 8, anti-theft monitor 9 links with the data wire of the condition information monitoring sensor 10 of dangerous material, including less radio-frequency connects, sensor signal is transferred in omnipotent data-interface processing module 13, through the switching of the analog multichannel switch control channel of omnipotent data-interface processing module 13, sampling keeps, A/D conversion, the bedirectional parallel port of MAX125 by omnipotent data-interface processing module 13 is to bis-compilings of MAX125 again, convert in the 4x14bitRAM of chip internal that rear result data is stored in omnipotent data-interface processing module 13, external circuit receives after the complete interrupt signal of sending of whole conversions, can be successively to MAX125 read enable pin and apply and read arteries and veins, by single-chip microcomputer 26, controlled, through the memory module dual port RAM module I DT7132 of single-chip microcomputer 26, buffered data, send on radio-frequency (RF) transceiver module/gsm module 14, by it, press instruction issue data-signal to Ethernet central computer 19, after being processed by Ethernet central computer 19, control outputs to car receiver on-board 16 by radio communication network 15, lorry receiver on-board 18, passenger coach load receiver 20 and long-distance joining on goods information system receiver on-board 22, prompting and control controlled device, as car, passenger vehicle, lorry join goods, early warning, emergency processing, realize the function of car networking and logistics net.

Claims (1)

1. a car is networked and logistics Internet of things device, it is characterized by: road safety information monitoring sensor is set, gps satellite positioner and traffic safety information sensor, standard binding post is set, between transducer and standard binding post, communication connection is set, intermediate connector circuit board is set afterwards, omnipotent data-interface processing module is set on intermediate connector circuit board, single-chip microcomputer and memory module, in omnipotent data-interface processing module, intermediate connector circuit board line is set between single-chip microcomputer and memory module, on intermediate connector circuit board, be also provided with radio-frequency (RF) transceiver module/gsm module.

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