CN205292312U

CN205292312U - Self -service charging system of electric motor car based on thing networking

Info

Publication number: CN205292312U
Application number: CN201520886128.2U
Authority: CN
Inventors: 吴琦隆
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-11-09
Filing date: 2015-11-09
Publication date: 2016-06-08
Anticipated expiration: 2025-11-09

Abstract

The utility model discloses a self -service charging system of electric motor car based on thing networking, including data microprocessor, communication module, the normally open contact of the rela, the electric motor car storage battery, alternating current sensor and feedback signal module, data microprocessor respectively with communication module, the normally open contact of the rela, alternating current sensor and feedback signal module electric connection, the communication module communication is connected with charger control terminal, charger control terminal telecommunications connection has tariff metering apparatus, relay electric connection has supply circuit, supply circuit electric connection has the power supply socket, the power supply socket is through electric wire and the electric motor car storage battery electric connection of charging, electric motor car storage battery electric connection has the feedback signal module, feedback signal module and data microprocessor electric connection, data microprocessor still respectively electric connection have the camera module, sensor unit, speech control module and LED display screen. The utility model discloses simple structure, it is with low costs, move reliable and stablely, have the function of theftproof, and application scope is wide.

Description

A kind of electric motor car self-service system for charging based on Internet of Things

Technical field

This utility model relates to charging system of electric powercar technical field, is specially a kind of electric motor car self-service system for charging based on Internet of Things.

Background technology

Along with successively rising and society's concern to PM2.5 of oil price, zero-emission, noiselessness, electric motor car that running cost is cheap are increasingly subject to the concern of people. electric motor car is stored energy by storage battery and provides power, compared with conventional truck, waste gas will not be produced in the process of moving, it is absent from atmosphere polluting problem, electric motor car is in the process of moving, noise is little, simultaneously, in travelling at urban road, due to traffic lights, the factors such as road is crowded, vehicle must constantly stop and start, for conventional fuel oil vehicle, consume mass energy, and electric motor car is due to magnetoelectric effect, electrical power storage can be converted kinetic energy in accumulator, reduce energy resource consumption in idling process, improve energy use efficiency, in addition, electric motor car also has simple in construction, easy maintenance, the advantage such as durable in use.

Although electric motor car is used on a large scale, but the development of electric motor car is still slowly, and maximum of which restraining factors are charged difficulty exactly. for solving electric motor car charging difficulty, then self-service charging station is occurred in that, but remain a need for manually keeping an eye in the process of charging, and the disposable charging interval of general electric motor car is longer, not there is anti-theft feature due to electric motor car, there will be the situation losing car, use trouble, and existing self-service charging station is coin operated, make user in-convenience in use, the scope of application is little, and existing self-service charging station does not have display screen, the function of battery electric quantity can not be shown, user can not pass through the function that voice carries out exchanging with it, therefore become impractical with.

Utility model content

The purpose of this utility model is in that to provide a kind of electric motor car self-service system for charging based on Internet of Things, with the problem solving to propose in above-mentioned background technology.

For achieving the above object, this utility model provides following technical scheme: a kind of electric motor car self-service system for charging based on Internet of Things, including the data microprocessor based on Internet of Things for controlling charging process, communication module, relay, electric vehicle accumulator, alternating current sensor and feedback signal module, described data microprocessor respectively with described communication module, relay, alternating current sensor and feedback signal module are electrically connected, described communication module communication is connected to charger and controls terminal, described charger controls terminal telecommunications and is connected to the message accounting of the electricity electricity charge for recording electricity and the outflow flowing into power supply circuits, described relay is electrically connected with the power supply circuits for providing electric current to export, described power supply circuits are electrically connected with power supply base, described power supply base is electrically connected with described electric vehicle accumulator by the electric wire that charges, described electric vehicle accumulator is electrically connected with the feedback signal module for producing charge request signal, described feedback signal module is electrically connected with described data microprocessor, described data microprocessor has also been electrically connected with camera module, sensor unit, speech control module and LED display.

Preferably, described sensor unit is alternating current sensor.

Preferably, two-way electric connection it is between described camera module, sensor unit, LED display and speech control module and described data microprocessor.

Compared with prior art, the beneficial effects of the utility model are: can should be engaged in the dialogue with this self-service system for charging by speech control module based on the electric motor car self-service system for charging of Internet of Things, and then control this electric motor car self-service system for charging further by speech control module, the photographic head simultaneously passed through, obtain image, and image is passed to data microprocessor, such that it is able to realize antitheft function, and can electric motor car be charged simultaneously, and closed the account by message accounting, Automatic-settlement is realized based on Internet of Things, easy to use, both should can be suitably used for swiping the card or slot machine use based on the electric motor car self-service system for charging of Internet of Things, applied widely, make use more convenient simultaneously, hommization more, more can meet the life style of modern society people, by having additional LED display, battery electric quantity and required charging expense can be shown, this utility model simple in construction, cost is low, stable and reliable operation, the personnel of not needing pinpoint maintenance, safeguard simple.

Accompanying drawing explanation

Fig. 1 is this utility model structured flowchart.

Detailed description of the invention

Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is clearly and completely described, it is clear that described embodiment is only a part of embodiment of this utility model, rather than whole embodiments. Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art obtain under not making creative work premise, broadly fall into the scope of this utility model protection.

Refer to Fig. 1, this utility model provides a kind of technical scheme: a kind of electric motor car self-service system for charging based on Internet of Things, including the data microprocessor based on Internet of Things for controlling charging process, communication module, relay, electric vehicle accumulator, alternating current sensor and feedback signal module, data microprocessor respectively with communication module, relay, alternating current sensor and feedback signal module are electrically connected, communication module communication is connected to charger and controls terminal, charger controls terminal telecommunications and is connected to the message accounting of the electricity electricity charge for recording electricity and the outflow flowing into power supply circuits, relay is electrically connected with the power supply circuits for providing electric current to export, power supply circuits are electrically connected with power supply base, power supply base is electrically connected with electric vehicle accumulator by the electric wire that charges, electric vehicle accumulator is electrically connected with the feedback signal module for producing charge request signal, feedback signal module is electrically connected with data microprocessor, data microprocessor has also been electrically connected with camera module, sensor unit, speech control module and LED display, camera module, sensor unit, two-way electric connection it is between LED display and speech control module and data microprocessor, sensor unit is alternating current sensor.

Operation principle: when should use based on the electric motor car self-service system for charging of Internet of Things, when knocking down coin in coin-freed arrangement or swiping the card in swiping card equipment, it will produce a charge request signal, data microprocessor will detect this signal by feedback signal and make corresponding reaction, connect thus controlling relay further, thus connecting power supply circuits, the charging that power supply circuits will be realized electric vehicle accumulator by power supply base, when storage battery is full of or electric motor car charging plug separates with power supply base, electric current in circuit will disappear, the situation of change of alternating current can be reflected with galvanic form by the alternating current sensor arranged, data microprocessor is again through checking this direct current signal, thus making corresponding process, as disconnected relay, thus stopping power supply, storage battery is charged by circuit, in charging process, the electricity that message accounting record is flowed out by power supply base, it is converted into the electricity charge, by knocking down coin or swiping the card in swiping card equipment that calculate further can charging interval and charging expense, and by showing on LED display, in charging process, user can be engaged in the dialogue with this self-service system for charging by speech control module, user will be carried out person recognition by data microprocessor, now open photographic head, obtain image, and image is passed to data microprocessor, such that it is able to realize antitheft function, this utility model simple in construction, design cost is low, reliable and stable, the personnel of not needing pinpoint maintenance, safeguard simple, operation cost is low, also save human and material resources simultaneously.

While there has been shown and described that embodiment of the present utility model, for the ordinary skill in the art, being appreciated that when without departing from principle of the present utility model and spirit and these embodiments can be carried out multiple change, amendment, replacement and modification, scope of the present utility model is defined by the appended claims and the equivalents thereof.

Claims

1. the electric motor car self-service system for charging based on Internet of Things, including the data microprocessor based on Internet of Things for controlling charging process, communication module, relay, electric vehicle accumulator, alternating current sensor and feedback signal module, it is characterized in that: described data microprocessor respectively with described communication module, relay, alternating current sensor and feedback signal module are electrically connected, described communication module communication is connected to charger and controls terminal, described charger controls terminal telecommunications and is connected to the message accounting of the electricity electricity charge for recording electricity and the outflow flowing into power supply circuits, described relay is electrically connected with the power supply circuits for providing electric current to export, described power supply circuits are electrically connected with power supply base, described power supply base is electrically connected with described electric vehicle accumulator by the electric wire that charges, described electric vehicle accumulator is electrically connected with the feedback signal module for producing charge request signal, described feedback signal module is electrically connected with described data microprocessor, described data microprocessor has also been electrically connected with camera module, sensor unit, speech control module and LED display.

2. a kind of electric motor car self-service system for charging based on Internet of Things according to claim 1, it is characterised in that: described sensor unit is alternating current sensor.

3. a kind of electric motor car self-service system for charging based on Internet of Things according to claim 1, it is characterised in that: it is two-way electric connection between described camera module, sensor unit, LED display and speech control module and described data microprocessor.