Electric Vehicle Charging Methods and Systems
A holster for an electric charging station includes a substantially rigid base and a socket pivotably disposed in the substantially rigid base. The socket has a first, stowed position and a second, engaged position. The socket pivots about a loaded hinge. A biasing spring, which may be a leaf spring, produces a first force that urges the socket towards the first, stowed position. When an electric power coupler is disposed within the socket, a second force overcomes the first force and moves the socket towards the second, engaged position.
1 . A holster for an electric charging station, the holster comprising:
a substantially rigid base;
a socket pivotably disposed in the substantially rigid base such that the socket has a first, stowed position and a second, engaged position, the socket pivoting about a loaded hinge; and
a biasing spring, the biasing spring producing a first force that urges the socket towards the first, stowed position, the biasing spring being one of a group including a coil spring, a leaf spring, and a toroidal spring.
2 . The holster of claim 1 , further comprising a guide slot disposed in the substantially rigid base and a guide nut attached to the socket, the guide nut being at least partially disposed within the guide slot.
3 . The holster of claim 2 , wherein the guide slot is curved.
4 . The holster of claim 3 , wherein the guide slot has a radius of curvature having its center co-located with the loaded hinge.
5 . The holster of claim 2 , wherein the guide nut includes a nut slot and the leaf spring is at least partially disposed in the nut slot.
6 . The holster of claim 5 , wherein the leaf spring is slidably disposed in the nut slot.
7 . The holster of claim 1 , wherein the holster includes a locking ledge.
8 . The holster of claim 1 , further comprising an electric power coupler at least partially disposed within the socket, the electric power coupler creating a second force, that is greater than the first force, which causes the socket to pivot about the loaded hinge, towards a second, engaged position.
9 . The holster of claim 8 , wherein the electric power coupler includes a lock that engages the locking ledge when the electric power coupler is disposed in the socket.
10 . The holster of claim 1 , wherein the socket is one of translucent and transparent.
11 . The holster of claim 10 , further comprising a light source capable of illuminating the socket.
12 . The holster of claim 1 , further comprising a sensor that detects a position of the holster within the substantially rigid base.
13 . The holster of claim 12 , further comprising a controller operatively connected to the sensor.
14 . The holster of claim 1 , further comprising a housing of an electric vehicle charging station.
15 . An electric vehicle charging station comprising:
a main housing;
an electric charger connector and a charger cable attached to the main housing;
a controller;
a user interface disposed in the main housing and operatively connected to the controller; and
a holster disposed in the main housing, the holster including a substantially rigid base, a socket pivotably disposed in the substantially rigid base such that the socket has a first, stowed position and a second, engaged position, the socket pivoting about a loaded hinge, and a leaf spring, the leaf spring producing a first force that urges the socket towards the first, stowed position.
16 . The electric charging station of claim 15 , further comprising a sensor that detects the position of the holster and communicates the position of the holster to the controller.
17 . The electric charging station of claim 15 , wherein when the electric power coupler is disposed in the holster, a weight of the electric power coupler creates a second force, that is greater than the first force, the second force urging the socket to move towards the second, engaged position.
18 . The electric charging station of claim 15 , further comprising a guide slot disposed in the substantially rigid base and a guide nut attached to the socket, the guide nut being at least partially disposed within the guide slot.
19 . The electric charging station of claim 18 , wherein the guide slot is curved and the guide slot has a radius of curvature having its center co-located with the loaded hinge.