CN103762634A

CN103762634A - Waiting-free self-service intelligent charging station scheme after modularization of automobile battery

Info

Publication number: CN103762634A
Application number: CN201410008109.XA
Authority: CN
Inventors: 孟祥吉
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-01-08
Filing date: 2014-01-08
Publication date: 2014-04-30

Abstract

The invention provides an optimized waiting-free self-service intelligent charging station scheme after modularization of an automobile battery. A module battery is placed in a chain-type annular charging circuit by a user, charging is conducted according to a time difference of charging conducted by different clients; when the user pushes one module battery into a charging station, another charged module battery can be obtained; in addition, intelligence and self-service of charging are achieved through the additionally arrangement of an intelligent management controller, charging waiting is avoided, the charging station efficiency can be improved, cost is reduced, and convenience is brought for the user.

Description

After automobile batteries modularization without wait for self-service Intelligent charging station scheme

Technical field

Electromechanical integration, information transmission, transducer, intelligent controller.

Background technology

Another part of patent relevant (modularization of automobile batteries and Intelligent Plan that the present invention submits to me, application number: 201310444340.9), in that part of patent document, automobile batteries by module turn to 2 to unlimited independently, possess the module that detects self chemical packs battery status, the present invention is based on battery modularized after, charging field perfect.

In existing scheme, automobile batteries charging needs stube cable to vehicle body, and this makes troubles to user, must charging wait for, has limited the impression of using new-energy automobile.

Modular battery can freely be dismantled resettlement, automobile lacks some battery module and also can work, and each modular battery possesses the charging and discharging management system of self, and monitor the ability of self chemical cell bag state, and to the ability of external world report oneself state, this just makes the intellectuality of charging station, charging pile, self-oriented becoming a reality, and to user's charging, offers convenience.

Summary of the invention

By a chain type annular of charging pedestal composition of multiple modular batteries, an annular part is interior, a part is externally client, user in outside need charging puts into modular battery pedestal and pushes annular, ring rotation advances lattice, charged battery module just spreads out of from the other end, utilize user intermittent come time difference between charging behavior encircle the interior battery charging interval, realize omnidistance self-service and without wait.

Each charging pedestal can only hold a modular battery, and can only give a modular battery charging, each modular battery is put pedestal and just can be communicated with power supply and charge, once and enter charging after putting, modular battery has just been locked on pedestal, can not be lifted down again, unless be pushed out from the other end.

Once a modular battery is locked on charging pedestal, now whole chain type annular just can be pushed into lattice, and only can advance lattice, when advancing lattice, the other end will be released lattice, on that lattice charging pedestal, have one to be full of electric modular battery and can be removed.

Separately establish the charging flow of multiple modular batteries: under default situations, chain type annular, outer client is an open charging pedestal that can be pushed into recently only, setter's machine interactive interface, people is set with how many modular batteries at interactive interface needs charging, after confirmation, the just open several nearest charging pedestals of chain type annular are to umbrella-waiting state, user is locking after load module battery successively, whole chain type annular just can advance several lattice, the other end also has the electric modular battery release of being full of of several lattice simultaneously, for taking off.

It self is in umbrella-waiting state that charging pedestal can be used light sign, still can not put into state, and lockable mechanism is the magnetic key operated lock of non-mechanical structure in addition.

Accompanying drawing explanation

Below in conjunction with example and accompanying drawing, this patent is described further.

Fig. 1 is the topology diagram of charging pile and chain type annular

In figure 1, chain type annular; 2, charging pedestal; 3, modular battery; 4, wall.

Embodiment

Whole charging pile and chain type annular comprise chain type annular 1, charging pedestal 2, modular battery 3, several charging pedestals 2 are contained in chain type annular 1, chain type annular 1 obtains can one direction sliding after system management directive, modular battery 3 can be placed on charging pedestal 2, by the slip of sending instruction unpack chain type annular 1 after system validation information, user pushes uncharged modular battery 3 after sliding, and charged modular battery 3 is pushed out from opposite side.

User can only push after a legal modular battery 3, could obtain another by rotation chain type annular 1 and be full of electric modular battery 3.

The charging rhythm of a chain type annular 1 and stand-by period can regulate with the number of charging pedestal 2, and the number of charging pedestal 2 is more, can for buffering to be full of modular battery 3 just more, otherwise reduce buffering.

For guaranteeing safety, system only can activate first charging pedestal 2 that chain type annular 1 outside pushes end in allowing to put into state, and the charging pedestal 2 of other skies is closed condition, unless they enter first position that pushes end, is activated.

When charging pedestal 2 is placed into legal modular battery 3, the magnetic key operated lock of charging pedestal 2 is locked at modular battery 3 on charging pedestal 2 and starts charging, until be full of after electricity, magnetic key operated lock release, waits for removed.

When user need to put into multiple modular battery 3, the number of the modular battery 3 that system can need to be put into man-machine interactively interface confirmation user, then activate and pushing several charging pedestals 2 that end is adjacent, user can be after placement completes, push corresponding lattice number, and at taking-up end, take the modular battery 3 of corresponding number away.

Each charging pedestal 2 can, confirming after the identity of modular battery 3 and modular battery 3 swap datas, be understood its current state.

Modular battery 3 possesses complete charge and discharge controller, possesses the watch-dog that can monitor self chemical cell bag state, and the transducer of necessary security monitoring, can mutually confirm send information reporting oneself state after identity with charging pedestal 2.

Claims

After automobile batteries modularization without waiting in self-service Intelligent charging station scheme, whole charging pile and chain type annular comprise chain type annular 1, charging pedestal 2, modular battery 3, several charging pedestals 2 are contained in chain type annular 1, modular battery 3 can be placed on charging pedestal 2 and charge, and chain type annular can be slided.
2. as described in right 1, chain type annular 1 can obtain carrying out single lattice and one direction slip after system command, and one side is taken in modular battery to be charged 3, and passes out charged modular battery 3 from another side, and these two actions are to carry out simultaneously.
3. as described in right 1,2, when modular battery 3 is put into charging pedestal 2, charging pedestal 2 can read module battery 3 the legitimacy of data validation modular battery 3, and understand its current state, in outside, provide reasonable prompting, only, in the situation that confirmation is legal, system send slidably instruction perhaps just can to chain type annular.
4. under normal circumstances, system only can activate first charging pedestal 2 that chain type annular 1 outside pushes end in allowing to put into state, and the empty charging pedestal 2 in other outsides is closed condition, unless just they enter first position that pushes end can be activated.
5. when charging pedestal 2 is placed into legal modular battery 3, the magnetic key operated lock of charging pedestal 2 is locked at modular battery 3 on charging pedestal 2 and starts charging, until be full of after electricity, magnetic key operated lock release, wait for removed, if in the situation that underfill electricity is just pushed out, magnetic key operated lock is release also.
6. as described in right 1,2,3,4,5, when user need to put into multiple modular battery 3, the number of the modular battery 3 that system can need to be put into man-machine interactively interface confirmation user, then activate and pushing several charging pedestals 2 that end is adjacent, user can be after placement completes, push corresponding lattice number, and at taking-up end, take the modular battery 3 of corresponding number away.
7. as described in right 1, the charging rhythm of whole chain type annular 1 and wait for and can be regulated by the number of charging pedestal 2, the number of charging pedestal 2 is more, can for buffering to be full of modular battery 3 just more, otherwise reduce buffering.
8. modular battery 3 possesses complete charge and discharge controller, possesses the watch-dog that can monitor self chemical cell bag state, and the transducer of necessary security monitoring, can mutually confirm send information reporting oneself state after identity with charging pedestal 2.