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US 6,633,091 B1Granted
Storage module
AssigneeNagano Japan Radio Co., Ltd.
InventorSeiichi Anzawa
Life of this patent
Estimating the term…
Abstract
The storage module comprises a plurality of storage means Ca-Cd for storing electric energy and energy transfer means 2a-2d and Sa-Sd for transferring stored energy among the plurality of storage means Ca-Cd so that the charging voltage Vca-Vcd across each of the storage means Ca-Cd can be kept at a value according to a prescribed ratio.
Claims6
A storage module comprising:
- a plurality of storage means for storing electric energy;
- energy transfer means for transferring the electric energy among the plurality of storage means to keep a charging voltage across each of the storage means at a value according to a predetermined ratio;
- coupling means for mechanically coupling to another storage module that has the same configuration as the storage module;
- and
- a connection terminal to which a drive signal is input,
- wherein the energy transfer means includes a plurality of series circuits each having at least a first winding and switching means connected in series, each of the plurality of series circuits is adapted to be connectable in parallel to each of the plurality of storage means, the plurality of first windings are magnetically coupled with one another, and the plurality of switching means are switching-controlled synchronously with one another, and
- wherein the drive signal switches the switching means of the storage module and the switching means of the another storage module synchronously with one another.
4 more elements
A power supplying/receiving system for a vehicle comprising:
- a system control computer;
- a plurality of storage module groups each including a plurality of storage means for storing electric energy, the plurality of storage means electrically connected in each of the plurality of storage module groups, the plurality of storage module groups each including energy transfer means for transferring the electric energy among the plurality of storage means to keep a charging voltage across each of the storage means at a value according to a predetermined ratio, the plurality of storage module groups each including coupling means for coupling the storage module group to another storage module group mechanically, the plurality of storage module groups each including a connection terminal to which a drive signal is input;
- a supplying/receiving control section for receiving an order from the system computer and controlling voltages among the plurality of storage module groups on the basis of the order from the system control computer, the supplying/receiving control section for supplying the electric energy to a load;
- a charger for supplying the electric energy to the supplying/receiving control section,
- wherein the energy transfer means includes a plurality of series circuits each having at least a first winding and switching means connected in series, each of the plurality of series circuits is adapted to be connectable in parallel to each of the plurality of storage means, the plurality of first windings are magnetically coupled with one another, and the plurality of switching means are switching-controlled synchronously with one another, and
- wherein the drive signal switches the switching means of the storage module groups synchronously with one another.
3 more elements
Dependencies are inferred from the claim text.