Exchangeable electric vehicle battery receptacle, kiosk, and infrastructure
An exchangeable electric vehicle battery receptacle, kiosk is disclosed herein. The kiosk includes a receptacle, a bell crank and solenoid that lock a battery in the receptacle, and circuitry that dispenses the battery. The bell crank includes a first arm extending into the receptacle and a second arm coupled to an extension spring that is coupled to a fixed point on the kiosk. The battery includes a form factor dimensioned to fit at least partially around the first arm. The solenoid has an armature and is positioned adjacent to the second arm. The armature fixes the bell crank and fixes the extension spring in an extended state, thereby locking the battery in the receptacle slot. The circuitry retracts the armature into the solenoid. A retraction force on the second arm by the extension spring rotates the bell crank, at least partially dispensing the exchangeable battery from the receptacle slot.
1. A battery kiosk, comprising:
at least one receptacle slot that holds an exchangeable battery, adapted to receive an arm of a bell crank that fits at least partially within the receptacle slot;
the bell crank comprising a first arm extending into the receptacle slot and a second arm coupled to an extension spring that is coupled to a fixed point on the kiosk, wherein the exchangeable battery comprises a form factor dimensioned to fit at least partially around the first arm;
a solenoid having an armature, wherein the solenoid is positioned adjacent to the second arm, and wherein the armature fixes the bell crank and fixes the extension spring in an extended state, thereby locking the exchangeable battery in the receptacle slot; and
circuitry that retracts the armature into the solenoid, wherein a retraction force on the second arm by the extension spring rotates the bell crank, at least partially dispensing the exchangeable battery from the receptacle slot.
2. The kiosk of claim 1 , further comprising a lift assist that couples to the exchangeable battery and assists a user in moving the exchangeable battery.
3. The kiosk of claim 1 , wherein one or more exchangeable battery dimensions are within a tolerance of one or more corresponding receptacle slot dimensions, wherein the tolerance ranges from more than 0 mm to 5 mm.
4. The kiosk of claim 1 , further comprising a battery ID reader that reads a battery ID of the exchangeable battery.
5. The kiosk of claim 4 , wherein the battery ID reader identifies the exchangeable battery upon receiving a notification the exchangeable battery is locked into the receptacle slot.
6. The kiosk of claim 4 , further comprising a computer, wherein a battery ID of a returned battery is associated with a user, and wherein the computer disassociates the user from the returned battery and associates the user with a fully charged battery dispensed to the user.
7. The kiosk of claim 6 , wherein the computer communicates the association of the fully charged battery and user with a remote server.
8. The kiosk of claim 1 , comprising a plurality of receptacle slots, wherein one of the plurality of receptacle slots is maintained as empty to receive the depleted battery from a user, wherein each of the other of the plurality of receptacle slots holds an exchangeable battery, and wherein the kiosk maintains the one empty receptacle slot by dispensing the fully charged battery to the user upon receiving the depleted battery.
9. The kiosk of claim 1 , wherein one or more of the bell crank and the armature are comprised of steel.
10. The kiosk of claim 1 , wherein the kiosk is part of an exchangeable batter co-op.
11. The kiosk of claim 10 , wherein a new and unused set of batteries is introduced to the coop as a new user joins the co-op.
12. An exchangeable battery housing in an electric vehicle, comprising:
at least one receptacle slot, disposed in the electric vehicle, that holds an exchangeable battery adapted to receive an arm of a bell crank that fits at least partially within the receptacle slot;
the bell crank comprising a first arm extending into the receptacle slot and a second arm coupled to an extension spring that is coupled to a fixed point on the kiosk, wherein the exchangeable battery comprises a form factor dimensioned to fit at least partially around the first arm;
a solenoid having an armature, wherein the solenoid is positioned adjacent to the second arm, and wherein the armature fixes the bell crank and fixes the extension spring in an extended state, thereby locking the exchangeable battery in the receptacle slot; and
circuitry that retracts the armature into the solenoid, wherein a retraction force on the second arm by the extension spring rotates the bell crank, at least partially dispensing the exchangeable battery from the receptacle slot.
13. The housing of claim 12 , wherein the housing is disposed at least partially forward of front tires of the electric vehicle.
14. The housing of claim 12 , wherein the exchangeable battery is one of a plurality of exchangeable batteries in an exchangeable battery co-op.