Pivotable connector
A connector for an electronic device is disclosed. The connector includes a housing. The housing includes a leading surface. The leading surface forms a plug opening and a fulcrum spaced away from the plug opening. The connector includes an electronic plug extending through the plug opening away from the leading surface of the housing. The connector includes a pivot providing the electronic plug a range of angular adjustment relative to the leading surface of the housing. The connector includes a bias mechanism biasing the electronic plug to a default position within the range of angular adjustment.
1 . A connector comprising:
a housing including a leading surface including a plug opening and a fulcrum spaced away from the plug opening;
an electronic plug extending through the plug opening away from the leading surface of the housing;
a pivot providing the electronic plug a range of angular adjustment relative to the leading surface of the housing; and
a bias mechanism biasing the electronic plug to a default position within the range of angular adjustment.
2 . The connector of claim 1 , wherein the fulcrum is a first fulcrum, and wherein the leading surface of the housing includes a second fulcrum spaced away from the plug opening on an opposing side of the plug opening from the first fulcrum, such that the plug opening is positioned between the first fulcrum and the second fulcrum.
3 . The connector of claim 1 , further comprising a connecting magnet contained within the housing, wherein the connector is removably affixable to an electronic device based at least on a magnetic attraction between the connecting magnet and the electronic device.
4 . The connector of claim 3 , wherein the connecting magnet is a first connecting magnet positioned within the housing on a first side of the plug opening, wherein the connector further comprises a second connecting magnet contained within the housing on a second side of the plug opening that opposes the first side, and wherein the connector is removably affixable to the electronic device based at least on a magnetic attraction between the first and second connecting magnets and the electronic device.
5 . The connector of claim 1 , wherein the connector is configured to electrically connect to the electronic device via insertion of the electronic plug into a plug receptacle of the electronic device, wherein the electronic plug includes a number of pins (N) that is less than a number of pin contacts (M) of the plug receptacle.
6 . The connector of claim 5 , wherein the number of pins (N) correspond to a set of power pins configured to facilitate a transfer of electrical power through the connector to the electronic device, and wherein pin contacts of the number of pin contacts (M) that do not correspond to the set of power pins are data pin contacts.
7 . The connector of claim 5 , wherein the plug receptacle includes a pair of retention detents configured to engage with a corresponding pair of retention latches of a high-friction electronic plug, and wherein the electronic plug is a low-friction electronic plug that lacks a pair of retention latches.
8 . The connector of claim 5 , wherein the plug receptacle includes a ground pin positioned at a backend of the plug receptacle, and wherein the electronic plug is a low-friction electronic plug having a shortened length, such that the low-friction electronic plug does not electrically connect with the ground pin upon the low-friction electronic plug being inserted into the plug receptacle.
9 . The connector of claim 1 , further comprising an internal retention structure at least partially contained within the housing and configured to pivotably couple the electronic plug to the housing.
10 . The connector of claim 9 , wherein the internal retention structure forms a partially circular disk pivotable relative to the housing to pivot the electronic plug within the range of angular adjustment.
11 . The connector of claim 1 , wherein the bias mechanism includes a first bias magnet fixed within the housing and a second bias magnet that pivots with the electronic plug, and wherein the electronic plug is biased to the default position within the range of angular adjustment based at least on a magnetic attraction between the first bias magnet and the second bias magnet.
12 . The connector of claim 1 , wherein the bias mechanism includes a spring operatively coupled to a fixed position in the housing to bias the electronic plug to the default position.
13 . The connector of claim 1 , further comprising:
a printed circuit board mechanically coupled and electrically connected to the electronic plug; and
a flexible power wire electrically connected to the printed circuit board to transfer electrical power to the electronic plug via the printed circuit board, wherein the printed circuit board pivots relative to the housing as the electronic plug pivots, and wherein the electrical power wire bends to maintain an electrical connection with the printed circuit board as the printed circuit board pivots.
14 . A connector comprising:
a housing including a leading surface including a plug opening and a fulcrum spaced away from the plug opening;
an electronic plug extending through the plug opening away from the leading surface of the housing;
a biased pivot providing the electronic plug a range of angular adjustment relative to the leading surface of the housing; and
a connecting magnet contained within the housing, wherein the connector is removably affixable to an electronic device based at least on a magnetic attraction between the connecting magnet and the electronic device.
15 . The connector of claim 14 , wherein the fulcrum is a first fulcrum, and wherein the leading surface of the housing includes a second fulcrum spaced away from the plug opening on an opposing side of the plug opening from the first fulcrum, such that the plug opening is positioned between the first fulcrum and the second fulcrum.
16 . The connector of claim 14 , further comprising an internal retention structure at least partially contained within the housing and configured to pivotably couple the electronic plug to the housing, wherein the biased pivot is biased by a bias mechanism including a first bias magnet fixed within the housing and a second bias magnet operatively coupled to the internal retention structure, and wherein the electronic plug is biased to a default position within the range of angular adjustment based at least on a magnetic attraction between the first bias magnet and the second bias magnet.
17 . The connector of claim 14 , further comprising:
a printed circuit board mechanically coupled and electrically connected to the electronic plug; and
a flexible power wire electrically connected to the printed circuit board to transfer electrical power to the electronic plug via the printed circuit board, wherein the printed circuit board pivots relative to the housing as the electronic plug pivots, and wherein the electrical power wire bends to maintain an electrical connection with the printed circuit board as the printed circuit board pivots.
18 . A connector comprising:
a housing including a leading surface including a plug opening;
an electronic plug extending through the plug opening away from the leading surface of the housing;
a pivot providing the electronic plug a range of angular adjustment relative to the leading surface of the housing; and
a bias mechanism including a first bias magnet fixed within the housing and a second bias magnet operatively coupled to the electronic plug, the bias mechanism biasing the electronic plug to a default position within the range of angular adjustment based at least on a magnetic attraction between the first bias magnet and the second bias magnet.
19 . The connector of claim 18 , further comprising a connecting magnet within the housing, wherein the connector is removably affixable to an electronic device based at least on a magnetic attraction between the connecting magnet and the electronic device.
20 . The connector of claim 18 , further comprising:
a printed circuit board mechanically coupled and electrically connected to the electronic plug; and
a flexible power wire electrically connected to the printed circuit board to transfer electrical power to the electronic plug via the printed circuit board, wherein the printed circuit board pivots relative to the housing as the electronic plug pivots, and wherein the electrical power wire bends to maintain an electrical connection with the printed circuit board as the printed circuit board pivots.