Cable Management System for an Electric Vehicle Charger

Abstract

A cable management system for an electric vehicle charger includes a base structured to be coupled to a structure, a support column extending downward from the base, and an arm coupled to the support column. The arm includes a forward section and a rearward section extending outward from the support column in opposite directions. The arm is structured to rotate between a first configuration where the forward section extends outward horizontally or approximately horizontally and a second configuration where the forward section extends outward at a downwardly sloping angle. In some embodiments, the arm includes a spring positioned on the rearward section that resists rotation from the first configuration to the second configuration. The arm can be horizontally offset from a vertical pivot axis about which the arm rotates. The base can be coupled to a ceiling or a wall.

Description

Cable Management System for an Electric Vehicle ChargerTECHNICAL FIELD

[0001] This relates to cable management systems for electric vehicle chargers and, in particular, to cable management systems mounted to the ceiling or wall of a garage or other structure.BACKGROUND

[0002] The popularity of electric vehicles has surged in recent years, largely due to their environmental benefits and advancements in battery technology. These vehicles depend on electric vehicle chargers to recharge their batteries. A typical electric vehicle charger includes a charger unit connected to a power source and a charge cable with a charge plug that fits into the vehicle's charge port. The charger unit converts alternating current (AC) from the power source into direct current (DC) suitable for the vehicle's battery.

[0003] Despite their critical role, managing the placement and charging cord of electric vehicle chargers poses several challenges. One common issue arises when a user purchases a replacement electric vehicle or adds a second one. The new or additional vehicle may have its charge port on the opposite side or a different location on the same side compared to the previous vehicle, necessitating either relocating the electric vehicle charger or unwinding lengthy charge cables to reach the new charge port, both of which can be inconvenient and impractical.

[0004] The placement of electric vehicle chargers is typically optimized for a single vehicle parked in a specific spot. This becomes problematic if a user parks in a different location or acquires a second vehicle. The electric vehicle charger may not be easily accessible for the new vehicle, and the charge cord might need to run behind another parked vehicle, obstructing access to the parking space of the parked vehicle. In some cases, the length of the charge cord may be insufficient to reach the new charge port, leading to the need for an additional electric vehicle charger, which increases cost and complexity.

[0005] A number of issues are also created when the charge cable extends across the ground to reach the electric vehicle. For example, the cable can become dirty and the dirt can be transferred to the user's hands or clothes, especially in winter conditions when the floor may be covered with melting snow, mud, and / or debris. Additionally, a charge cable on the floor poses a tripping hazard, raising the risk of accidents. Handling long lengths of charge cable is generally inconvenient, making the process of deploying and stowing the charge cable cumbersome for users.

[0006] These challenges highlight the need for improved solutions in managing the placement and charge cords of electric vehicle chargers.Dkt. No.: XXXXXX.002WO1 Page 1 of 81 2025-12-11 PCT Patent ApplicationGENERAL DESCRIPTION

[0007] The disclosed subject matter relates to cable management systems for electric vehicle chargers that support and route an electric vehicle charge cable overhead. In various embodiments, a cable management system includes a base structured to be coupled to a ceiling and / or to a wall of a structure, a support column coupled to and extending outward from the base, and an arm coupled to the support column. The arm includes a forward section and a rearward section extending outward from opposite sides of the support column and is structured to support the charge cable so that the charge cable and a charger plug can be positioned above a floor and moved to reach one or more vehicles without relocating the charger unit and / or allowing significant cable length to lie on the floor. By keeping the charge cable overhead, the system reduces tripping hazards, minimizes soiling and wear of the cable, and makes it easier for a user to connect the charger plug to charge ports in different locations on different vehicles.

[0008] In certain ceiling-mount configurations, the base is secured to a ceiling of a garage or other structure and can include one or more strut channels and / or parallel struts that extend across multiple ceiling joists. A support column is coupled to and extends downward from the base and can have an adjustable length, such as a telescoping configuration, so the height of the arm is adapted to the available head space, the location of garage doors, and expected vehicle heights. The arm is coupled to the lower region of the support column and can be structured to rotate about a generally vertical pivot axis so that the arm sweeps horizontally over one or more parking spaces. In many embodiments, the arm also rotates about a generally horizontal pivot axis so that the forward section of the arm is movable between a first configuration where it extends horizontally or approximately horizontally from the support column and a second configuration where it extends from the support column at a downwardly sloping angle to bring the charger plug closer to the user.

[0009] The arm can include a support plate and a beam assembly. The support plate has a forward section and a rearward section that extend from opposite sides of the support column. The beam assembly, which can include a proximal beam and a distal beam, is coupled to the forward section of the support plate and is rotatable about the horizontal pivot axis. The arm can be horizontally offset from the vertical pivot axis so that the pivot axes are laterally spaced apart. This offset geometry allows the arm to swing over a large plan area while maintaining a compact footprint at the support column. A rotation restrictor can be positioned on the rearward section of the support plate and include a slot-type rotation stop and a post-type rotation limiter coupled to the arm. As the arm pivots up and down about the horizontal pivot axis, the post moves along the slot until it contacts an end region of the slot, limiting upward and / or downward rotation of the forward section. Another rotation restrictor can beDkt. No.: XXXXXX.002W01 Page 2 of 81 2025-12-11 PCT Patent Applicationassociated with the vertical pivot axis to limit the range of horizontal rotation and thereby reduce twisting of the charge cable.

[0010] To manage loads and provide overload protection, the rearward section of the arm can carry a counterweight and / or a spring, such as a gas spring, positioned at a distance from the horizontal pivot axis. The counterweight and / or spring generates a restoring torque that resists downward rotation of the forward section from the first configuration to the second configuration and tends to return the arm toward the generally horizontal configuration when external loads are removed. When the arm is subjected to an unusually large downward force — such as when the charge cable is snagged by a moving vehicle — the torque about the horizontal pivot axis can exceed the restoring torque, allowing the arm to pivot further downward in a controlled manner rather than transferring excessive forces to the structural components. The mounting points for the spring can be selectively positionable at multiple locations along the arm and / or the support plate so that the mechanical response of the arm is tunable for different applications.

[0011] The beam assembly of the arm can be configured to provide additional reach and degrees of freedom. In some embodiments, the arm includes a proximal beam and a distal beam coupled together with a pivot mechanism that defines an intermediate vertical pivot axis. The distal beam can rotate relative to the proximal beam between a stowed position, where the beams are adjacent and generally parallel to each other, and a fully extended position, where the beams are aligned to form a substantially straight arm. Intermediate positions, including positions where the distal beam is oriented generally perpendicular to the proximal beam, allow a user to fine-tune the location of the suspended charger plug relative to one or more vehicles. An optional beam extension at the distal end of the distal beam can further increase reach and can be adjustable in length. Cable tie holders and cable ties and / or other cable-retention components can be distributed along the arm and the beam extension to secure the charge cable while accommodating the various rotations without sharp bends or pinching.

[0012] The base and support column can be structured to provide broad installation flexibility. When the base includes one or more strut channels, a sliding mount having a carriage engages the strut channel so that the support column is selectively positionable at multiple locations along the base. Once an appropriate location is selected to avoid ceiling obstructions such as garage door tracks, lights, and / or storage racks, the carriage can be fixed to the base with fasteners. The support column itself can be formed from one or more tubular members, such as perforated tubing, arranged in a telescoping manner so that its effective length is adjustable in discrete increments using removable pins and / or bolts. The same or similar sliding-mount architecture can be used to support a charger mount and / or a chargerDkt. No.: XXXXXX.002WO1 Page 3 of 81 2025-12-11 PCT Patent Applicationcable holder from the base so that the electric vehicle charger unit and any stored slack in the charge cable are also positionable along the base.

[0013] Various accessories can be coupled to the support column and / or the base to manage the charger unit and the charge cable. A charger mount can include one or more strut-channel rails oriented vertically and / or horizontally so that the charger unit is attachable using sliding channel nuts and fasteners. This arrangement allows the charger mount to accommodate a wide variety of electric vehicle chargers having different sizes, shapes, and mounting hole patterns without the need for custom brackets. One or more charge cable holders can be mounted to the support column and / or the base and can have a hook-shaped profile sized to receive multiple loops of excess charge cable so that the cable does not interfere with motion of the arm, with a garage door, or with vehicles and pedestrians.

[0014] Wall-mount embodiments extend these concepts to installations where the cable management system is anchored to a wall instead of directly to a ceiling. In these configurations, the base is coupled to a wall, and a first arm extends outward from the base. A support column extends downward from the distal region of the first arm, and a second arm is coupled to the support column in a manner analogous to the ceiling-mount arm. The second arm can include a forward section and a rearward section, a support plate, a beam assembly, an overload mechanism with a counterweight and / or a spring, and one or more rotation restrictors. A support brace, which can include a rigid member and / or a flexible element such as a strap, cable, or chain, can extend between the first arm and the wall and / or ceiling to stiffen the assembly and distribute loads. In some wall-mount configurations, the support column is formed by a pivot shaft extending through an opening in the first arm and secured with a threaded engagement so that the second arm rotates about the pivot shaft.

[0015] Electric vehicle charging systems can include any of the ceiling-mount and / or wall-mount cable management systems together with an electric vehicle charger having a charge cable routed along the arm and a charger plug hanging from a distal end of the arm. The charger unit can be coupled to the base, the support column, the first arm, and / or the support brace with the charger mount so that the majority of the charge cable length is available for positioning the charger plug. By providing adjustable mounting locations, multiple pivot axes, overload protection, and modular accessories, the described subject matter enables a single electric vehicle charger to conveniently serve one or more parking spaces and vehicles having charge ports in different locations while keeping the charge cable overhead, reducing clutter, and improving safety and ease of use.

[0016] The general description is provided to give a general introduction to the described subject matter as well as a synopsis of some of the technologicalDkt. No.: XXXXXX.002WO1 Page 4 of 81 2025-12-11 PCT Patent Applicationimprovements and / or advantages it provides. The general description and background are not intended to identify essential aspects of the described subject matter, nor should they be used to constrict or limit the scope of the claims. For example, the scope of the claims should not be limited based on whether the recited subject matter includes any or all aspects noted in the general description and / or addresses any of the issues noted in the background.DESCRIPTION OF DRAWINGS

[0017] The preferred and other embodiments are described in association with the accompanying drawings in which:

[0018] Fig. 1 is a perspective view of one embodiment of an electric vehicle charging system including an electric vehicle charger and a cable management system.

[0019] Fig. 2 is a perspective view from above of the cable management system in Fig- 1.

[0020] Fig. 3 is a perspective view from below of the cable management system in Fig. 1.

[0021] Figs. 4-5 are perspective views of the base and support column of the cable management system in Fig. 1. They also show a partially exploded view of how the charger unit is coupled to the support column.

[0022] Fig. 6 is a perspective view of one embodiment of a charger cable holder that can be coupled to and extend downward from the base of the cable management system of Fig. 1.

[0023] Fig. 7 is a perspective view of one embodiment of a charger cable holder that can be coupled to the support column of the cable management system of Fig. 1.

[0024] Fig. 8 is a top perspective view of one embodiment of a sliding mount structured to be coupled to the base of the cable management system of Fig. 1.

[0025] Fig. 9 is a bottom perspective view of the sliding mount in Fig. 8 showing a body extending outward from a carriage.

[0026] Fig. 10 is a perspective view from below of the cable management system with the charger unit coupled to and extending downward from the base with a charger mount.

[0027] Fig. 11 is a partially exploded view of the cable management system in Fig. 10 showing the details of the charger mount and how it couples the charger unit to the base.

[0028] Figs. 12-13 are side perspective views of the cable management system with a shortened support column to accommodate structures with low head space.Dkt. No.: XXXXXX.002WO1 Page 5 of 81 2025-12-11 PCT Patent Application

[0029] Figs. 14-16 are side perspective views of the arm coupled to the support column with a pivot joint. The arm includes an overload mechanism that allows the arm to pivot downward to prevent it from becoming overloaded.

[0030] Fig. 17 is an exploded perspective view of the pivot joint of Figs. 14-16. The pivot joint includes a rotation restrictor to prevent excessive rotation of the arm relative to the support column.

[0031] Figs. 18-19 are perspective views of the pivot joint and rotation restrictor of Fig. 17.

[0032] Figs. 20-21 are perspective views of one embodiment of a pivot mechanism that can be used to rotatably couple the distal beam of the arm to the proximal beam of the arm. The beams are shown fully rotated to a 270-degree rotation position where they are perpendicular to each other.

[0033] Fig. 22 is a perspective view of the pivot mechanism of Figs. 20-21 with the beams of the arm in a 180-degree rotation position where the distal beam extends straight outward and roughly in line with the proximal beam so that the arm is fully extended.

[0034] Fig. 23 is a perspective view of the pivot mechanism of Figs. 20-21 with the beams of the arm in a 0-degree rotation position where the distal beam extends inward adjacent and parallel to the distal beam. The arm is in a fully stowed configuration.

[0035] Fig. 24 is a perspective view of the cable management system in a stowed configuration where the arm is configured in the manner shown in Fig. 23.

[0036] Fig. 25 is an exploded perspective view of the pivot mechanism in Figs. 20- 21.

[0037] Figs. 26-27 are perspective views of one embodiment of a beam extension that can be coupled to the distal end of the distal beam of the arm to extend its length. The beam extension is formed by dual rods received at the distal end of the distal beam and held in place by fasteners.

[0038] Fig. 28 is an exploded perspective view of the beam extension of Figs. 26-27.

[0039] Fig. 29 is an exploded perspective view the distal end of the beam extension showing a clasp that is used to hold the rods together in a spaced apart relationship so that it can support the charge cable in a cradled relationship.

[0040] Fig. 30 is a perspective view of one embodiment of the cable management system coupled to the ceiling of a garage.

[0041] Fig. 31 is a side view of one embodiment of the cable management system coupled to the ceiling of a garage.Dkt. No.: XXXXXX.002WO1 Page 6 of 81 2025-12-11 PCT Patent Application

[0042] Fig. 32 is a perspective view of a wall mount version of the cable management system coupled to a wall in a garage.

[0043] Fig. 33 is a perspective view of the wall mount cable management system of Fig. 32 including a first arm supported by a support brace extending upward at an angle from a distal end of the support arm to a base.

[0044] Figs. 34-35 are perspective views of one embodiment of a support column for the wall mount cable management system. The support column is formed by a pivot shaft coupled to the first arm in a fixed manner and about which a second arm rotates.

[0045] Fig. 36 is a perspective view of another embodiment of a wall mount cable management system having a support column formed by coupling the first arm to a proximal extension tube in a perpendicular manner with an L-shaped connector bracket.

[0046] Figs. 37-38 are perspective views of one embodiment of the L-shaped connector bracket of Fig. 36 showing it having alternating through holes and raised bosses.

[0047] Fig. 39 is a perspective view of another embodiment of a wall mount cable management system having a support column formed by coupling the first arm to a proximal extension tube in a perpendicular manner with a T-shaped connector bracket.

[0048] Fig. 40 is a perspective view of one embodiment of the T-shaped connector bracket of Fig. 39 showing it having alternating through holes and raised bosses.DETAILED DESCRIPTION OF EMBODIMENTS

[0049] Fig. 1 illustrates one embodiment of an electric vehicle charging system 100 including an electric vehicle charger 102 and a cable management system 104. The cable management system 104 is structured to be coupled to a structure 300 such as a residential or commercial garage and to support a charge cable 110 above a floor of the structure 300. In the ceiling-mounted embodiments shown in Figs. 1-3, 24, and 30- 31, the cable management system 104 is coupled to a ceiling 302 of the structure 300. In the wall-mounted embodiments shown in Figs. 32-40, the cable management system 304 is coupled to a wall 306 of the structure 300. In each case, the cable management system 104, 304 positions the charge cable 110 and a charger plug 112 in a convenient overhead location while allowing the user to reposition the charger plug 112 relative to one or more parking spaces.

[0050] The electric vehicle charger 102 includes a charger unit 106, a power cable 108 coupled to the charger unit 106, and the charge cable 110 coupled to the charger unit 106 and terminating in the charger plug 112 at its distal end. The power cable 108 supplies electrical power from an electrical distribution system of the structure 300Dkt. No.: XXXXXX.002WO1 Page 7 of 81 2025-12-11 PCT Patent Application(e.g., a panelboard and branch circuit) to the charger unit 106. In some embodiments, the power cable 108 terminates in a plug that is configured to be received in a mating electrical receptacle, such as a 120V or 240V receptacle. In other embodiments, the power cable 108 is hard-wired to the electrical system. The charger plug 112 can be any suitable plug structured to mate with an electric vehicle charge port, such as a J1772 plug, a NACS plug, a CCS2 plug, and / or other standardized or proprietary connectors.

[0051] The charger unit 106 can be any suitable electric vehicle supply equipment (EVSE). For example, in some embodiments, the charger unit 106 is a level-1 charger configured to be supplied by a 120V AC power source, and / or a level-2 charger configured to be supplied by a 208-240V AC power source. The charger unit 106 can include power electronics that convert AC power from the power cable 108 into a form suitable for charging the traction battery of the electric vehicle, and control circuitry that communicates with the electric vehicle to manage charging current, safety interlocks, and the like. The charger unit 106 can be a commercially available wall-mount EVSE or a charger specifically designed to be used with the cable management system 104.

[0052] The charge cable 110 is structured to conduct charging current between the charger unit 106 and the charger plug 112. The charge cable 110 can have any suitable gauge, insulation type, and length. In many commercially available EV chargers, the charge cable 110 has a length of approximately 15-26 ft. The cable management system 104, 304 can be configured to accommodate a range of charge cable lengths, including cables shorter than approximately 15 ft and / or longer than approximately 26 ft. The charge cable 110 can be permanently attached to the charger unit 106 and the charger plug 112, and the cable management system 104 can be structured so that the charge cable 110 does not need to be disconnected from either end when it is routed along the cable management system 104.

[0053] As shown generally in Figs. 1-3 and 24, the cable management system 104 includes structural members that support and guide the charge cable 110 between the charger unit 106 and a distal region of the system where the charger plug 112 is suspended for connection to an electric vehicle. In ceiling-mount embodiments, the cable management system 104 can include a base 114 (which can also be referred to as a mounting base, a mounting bracket, or a support base) coupled to the ceiling 302, a support column 116 (which can also be referred to as a column, a support pillar, a support post, a support strut, a support upright, a vertical beam, or a truss) coupled to and extending downward from the base 114, and an arm 118 (which can also be referred to as a boom, a beam, or a cantilever) coupled to the support column 116 and extending outward over a parking space. The charge cable 110 can be routed from the charger unit 106 along the support column 116 and the arm 118 so that the majority ofDkt. No.: XXXXXX.002WO1 Page 8 of 81 2025-12-11 PCT Patent Applicationthe charge cable 110 is supported overhead instead of lying on the floor. Cable tie holders 122 and cable ties 124 and / or other cable-retention components can be used to couple the charge cable 110 to the arm 118 and / or other structural members of the cable management system 104.

[0054] The arm 118 is structured so that a user can reposition the distal end of the charge cable 110 and the charger plug 112 relative to the structure 300 and one or more parked vehicles while the remainder of the charge cable 110 remains supported overhead. In some embodiments, the arm 118 includes a proximal beam 206 and a distal beam 208 that are coupled together with a pivot mechanism 210 to provide additional degrees of freedom in positioning the charger plug 112. In other embodiments, the arm 118 can be formed as a single beam and / or can include an adjustable beam extension 234 at its distal end. The arm 118 can be configured to rotate about a vertical pivot axis, a horizontal pivot axis, and / or a combination of vertical and horizontal pivot axes so the arm 118 can swing in plan view and pivot up and down. These motions enable the charger plug 112 to reach charge ports on different sides and / or ends of one or more vehicles positioned in different locations within the structure 300.Cable Management System — Ceiling Mount

[0055] In the ceiling-mount configurations shown in Figs. 1-3, 14-16, 24, and 30-31, the cable management system 104 is coupled to the ceiling 302 of the structure 300 with the base 114. The support column 116 is coupled to and extends downward from the base 114, and the arm 118 is coupled to the support column 116 and extends outward over one or more parking spaces. The charger unit 106 of the electric vehicle charger 102 is positioned near the upper end of the support column 116 and / or the base 114 so that the charge cable 110 can be routed directly from the charger unit 106 into the cable management system 104 without touching the floor of the structure 300.

[0056] In the embodiment illustrated in Figs. 1-3 and 24, the charge cable 110 exits the charger unit 106, is looped over the charge cable holder 120 to store any excess length of the charge cable 110, and is routed downward along the support column 116 to a lower region of the support column 116. From there, the charge cable 110 is routed along the length of the arm 118 to the charger plug 112, which hangs from a distal region of the arm 118. The charge cable 110 is secured to the arm 118 with the cable tie holders 122 and cable ties 124 and / or other cable-retention components so that the charge cable 110 follows the motion of the arm 118 as it is repositioned but does not sag excessively or become pinched.

[0057] The arm 118 is coupled to the support column 116 with a pivot joint 236. The pivot joint 236 includes a pivot sleeve 238 and a pivot shaft 240 that define a generally vertical pivot axis about which the arm 118 rotates in plan view. This rotation allowsDkt. No.: XXXXXX.002WO1 Page 9 of 81 2025-12-11 PCT Patent Applicationthe distal region of the arm 118 and the charger plug 112 to be swept through a large area over one or more parking spaces, as shown schematically in Figs. 30-31, while the support column 116 and the charger unit 106 remain fixed in position relative to the structure 300. The pivot joint 236 can include bushings, low-friction sleeves (acetal), and / or bearings that support the pivot shaft 240 and reduce friction so that the arm 118 can be rotated smoothly by the user.

[0058] In the illustrated embodiments, the arm 118 can be considered as having a forward section that extends outward from one side of the support column 116 and a rearward section that extends outward from the opposite side of the support column 116. The forward section supports the charge cable 110 and terminates near the charger plug 112, and the rearward section carries components that bias and control the rotational position of the arm 118. The arm 118 is coupled to a support plate 264 positioned adjacent the lower end of the support column 116. The support plate 264 extends in opposite directions from the support column 116 to form forward and rearward portions that are on opposite sides of the pivot joint 236. The forward section of the arm 118 is rotatably coupled to the forward portion of the support plate 264 about a generally horizontal pivot axis 308 so that the forward section can rotate up and down relative to the support column 116.

[0059] The arm 118 is structured to rotate between a first configuration, where the forward section of the arm 118 extends generally horizontally or approximately horizontally from the support column 116, and a second configuration, where the forward section extends downward at a downwardly sloping angle. When the forward section of the arm 118 is rotated downward into the second configuration, the rearward section of the arm 118 correspondingly rotates upward so that it extends at an upwardly sloping angle from the support column 116. This motion enables the charger plug 112 and distal region of the charge cable 110 to be lowered toward the user when desired while keeping the remainder of the charge cable 110 supported overhead.

[0060] To resist downward rotation of the forward section of the arm 118, the rearward section of the arm 118 carries an overload mechanism 262 positioned rearward of the support column 116. In the embodiments shown in Figs. 14-16, the overload mechanism 262 includes at least one spring 266 coupled between the forward section of the arm 118 and the rearward portion of the support plate 264. The spring 266 can be a gas spring and / or a mechanical coil spring and is positioned on the rearward section of the arm 118 at a distance from the horizontal pivot axis sufficient to generate a restoring torque that tends to hold the forward section of the arm 118 in the first configuration. When an excessive downward load is applied to the forward section of the arm 118 (for example, if a person pulls down on the charger plug 112 or the charge cable 110 is snagged by a moving object), the torque applied to the arm 118Dkt. No.: XXXXXX.002WO1 Page 10 of 81 2025-12-11 PCT Patent Applicationcan overcome the biasing force of the spring 266 so that the forward section of the arm 118 pivots downward and the rearward section pivots upward. Once the excessive load is removed, the spring 266 returns the arm 118 to the first configuration.

[0061] A rotation restrictor 268 is positioned on the rearward portion of the support plate 264 and the arm 118. The rotation restrictor 268 is structured to limit the magnitude of rotation of the arm 118 about the horizontal pivot axis in the upward and / or downward directions. In some embodiments, the rotation restrictor 268 includes a slot 272 in the support plate 264 and a post 276 (e.g., a bolt) or other rotation limiter coupled to the arm 118 and received in the slot 272. As the arm 118 rotates about the horizontal pivot axis, the post 276 moves along the length of the slot 272 until it reaches one of the ends of the slot 272, where it contacts material of the support plate 264 and thereby limits further rotation.

[0062] The arm 118 can also provide additional horizontal degrees of freedom. In the embodiment shown in Figs. 1-3 and 20-23, the arm 118 includes a proximal beam 206 and a distal beam 208 that are coupled together by a pivot mechanism 210. The pivot mechanism 210 allows the distal beam 208 to rotate relative to the proximal beam 206 between a stowed position where the beams 206, 208 are positioned generally parallel and adjacent to each other and an extended position where the beams 206, 208 are aligned to form a longer, substantially straight arm. The distal beam 208 can also be rotated to intermediate positions, such as the position shown in Fig. 22 where the distal beam 208 is oriented at an angle relative to the proximal beam 206, thereby allowing the user to fine-tune the position of the charger plug 112 relative to the electric vehicle.

[0063] As shown in Figs. 24 and 26-28, the arm 118 can optionally include a beam extension 234 telescopically coupled to the distal end of the distal beam 208. The beam extension 234 can be adjusted between a retracted position and one or more extended positions and then secured at the desired length with fasteners that extend through holes or slots in the distal beam 208 and the beam extension 234. The combination of the pivot joint 236, the pivot mechanism 210 between the proximal beam 206 and the distal beam 208, and the optional beam extension 234 allows the charger plug 112 to be positioned over a wide range of locations while the bulk of the charge cable 110 remains managed overhead.

[0064] The support column 116 is coupled to the base 114 in a manner that allows the position and height of the arm 118 to be tailored to a wide variety of structures 300. In some embodiments, the support column 116 is slidingly coupled to the base 114 with a sliding mount 184 so that the support column 116 can be moved along the length of the base 114 to avoid obstructions on the ceiling 302 such as garage door hardware, lights, and / or storage racks. In addition, the support column 116 can have an adjustable length, such as a telescoping configuration, so that the arm 118 can beDkt. No.: XXXXXX.002WO1 Page 11 of 81 2025-12-11 PCT Patent Applicationlocated below an open garage door and above the expected height of vehicles in the parking space, as generally illustrated in Figs. 12-13 and 30-31. Additional details of the base 114 and support column 116 are provided in the sections titled “Base” and “Support Column.”Charger Mount

[0065] The charger unit 106 can be coupled to the support column 116 and / or the base 114 with a charger mount 126. The charger mount 126 is structured to accommodate the mounting requirements of a wide variety of electric vehicle chargers 102, including those with different sizes, shapes, and mounting hole patterns. By positioning the charger unit 106 on the support column 116 or the base 114 near the pivot joint 236, the charger mount 126 maximizes the usable length of the charge cable 110 available to reach the electric vehicle.

[0066] As illustrated in Figs. 4, 5, 10, and 11, the charger mount 126 includes a first mount rail 128. In some configurations, the charger mount 126 also includes a second mount rail 130 and / or a third mount rail 132 coupled to the first mount rail 128. The first mount rail 128, the second mount rail 130, and the third mount rail 132 are strut channels, such as low-profile metal framing channels. Each of the mount rails 128, 130, 132 includes a base, sidewalls extending outward from the base, and lips extending inward from the sidewalls to define a continuous slot opening into an interior channel.

[0067] The first mount rail 128 is oriented vertically and coupled to the support column 116. For example, fasteners 136 can extend through holes in the support column 116 and engage the first mount rail 128. In some embodiments, the fasteners 136 pass through holes or slots in the base of the first mount rail 128. In other embodiments, the fasteners 136 engage channel nuts positioned within the interior channel of the first mount rail 128. The fasteners 136 can be threaded fasteners such as bolts or screws.

[0068] The second mount rail 130 and the third mount rail 132 are oriented horizontally and coupled to the first mount rail 128. The second mount rail 130 and the third mount rail 132 are coupled to the first mount rail 128 using strut channel hardware. For example, channel nuts (also referred to as spring nuts or strut nuts) can be positioned within the interior channel of the first mount rail 128. Fasteners 154, such as bolts or screws, can pass through holes or slots in the first mount rail 128 and thread into the channel nuts in the second and / or third mount rails 130, 132. This configuration allows the second mount rail 130 and the third mount rail 132 to be slid vertically along the length of the first mount rail 128 to any desired position and then secured in place by tightening the fasteners 154.Dkt. No.: XXXXXX.002WO1 Page 12 of 81 2025-12-11 PCT Patent Application

[0069] The charger unit 106 is coupled to the charger mount 126 using fasteners that engage the mount rails 128, 130, 132. The fasteners can extend through holes in the mount rails 128, 130, 132 and through corresponding holes in the charger unit 106. Alternatively, channel nuts can be positioned within the interior channels of the first mount rail 128, the second mount rail 130, and / or the third mount rail 132. Fasteners pass through mounting holes on the charger unit 106 and thread into the channel nuts. Because the channel nuts can slide along the length of the channels, the mounting points can be adjusted to match the specific hole pattern of the charger unit 106.

[0070] This flexible configuration allows the charger mount 126 to accommodate various mounting patterns. For charger units 106 with vertically aligned mounting holes, the charger unit 106 can be coupled directly to the first mount rail 128. For charger units 106 with horizontally aligned mounting holes or wider mounting patterns (e.g., three-hole or four-hole rectangular patterns), the second mount rail 130 and / or the third mount rail 132 can be used. The vertical spacing between the second mount rail 130 and the third mount rail 132 can be adjusted by sliding them along the first mount rail 128, and the horizontal spacing of the attachment points can be adjusted by moving the channel nuts within the second mount rail 130 and the third mount rail 132.

[0071] In some embodiments, the charger mount 126 is coupled to the base 114 via a sliding mount 200, as shown in Fig. 11. The sliding mount 200 includes an L-shaped carriage 202 structured to slide along the exterior surface of the strut channel 182 of the base 114 and extend downward from the carriage 202. The first mount rail 128 is coupled to the carriage 202 in the same or similar manner as it is coupled to the support column 116. This allows the charger unit 106 to be positioned at various locations along the base 114, providing flexibility to avoid ceiling obstructions or to position the charger unit 106 closer to the arm 118.Charge Cable Holder

[0072] The charge cable holder 120 is structured to hold and organize excess length of the charge cable 110 so that the charge cable 110 does not interfere with the operation of the arm 118, the motion of a garage door, or movement of people and vehicles in the structure 300. As shown in Figs. 1-7, 11-14, and 24, the charge cable holder 120 can be coupled to the support column 116 and / or the base 114 at a location near the charger unit 106. The user can loop one or more turns of the charge cable 110 over the charge cable holder 120 to take up slack while still allowing the distal end of the charge cable 110 to extend along the arm 118.

[0073] The charge cable holder 120 can have any suitable configuration. In some embodiments, the charge cable holder 120 has a generally hook-shaped or U-shaped profile that projects outward from the support column 116 or base 114 and is sized toDkt. No.: XXXXXX.002WO1 Page 13 of 81 2025-12-11 PCT Patent Applicationreceive multiple windings of the charge cable 110. The open side of the hook can face upward, downward, sideways, or at an angle depending on the desired routing of the charge cable 110. The portions of the charge cable holder 120 that contact the charge cable 110 can be smooth and / or rounded to avoid damaging the insulation of the charge cable 110.

[0074] The position of the charge cable holder 120 can be selected based at least in part on the available head space within the structure 300. In structures with generous head space, the charge cable holder 120 can be attached to the support column 116 at a height similar to the height of the charger unit 106, as shown in Fig. 1. The charge cable 110 can extend from the charger unit 106, wrap around the charge cable holder 120 one or more times, and then descend along the support column 116 before transitioning to the arm 118. This arrangement keeps the extra length of the charge cable 110 near the charger unit 106 and away from the moving components of the arm 118.

[0075] In structures where head space is limited, such as when a garage door in an open position occupies space near the support column 116, the charge cable holder 120 can instead be coupled to the base 114 so that the loops of extra charge cable 110 are positioned closer to the ceiling 302. As illustrated in Fig. 10, the charge cable holder 120 can extend downward from the base 114. In some configurations, two charge cable holders 120 are attached to the base 114 in a spaced-apart relationship so that the extra length of the charge cable 110 can be wrapped back and forth between the two holders 120. This arrangement positions the stored charge cable 110 close to the ceiling 302 and reduces the likelihood that it will interfere with the motion of the arm 118 or come into contact with a vehicle.

[0076] The charge cable holder 120 can be coupled to the support column 116 or base 114 using a variety of fastening methods. In some embodiments, the charge cable holder 120 is fastened with a corner bolt. The corner bolt is an L-shaped fastener having two legs oriented approximately 90 degrees relative to each other. One leg of the corner bolt extends through a hole or slot in a wall of the base 114 or support column 116, and the other leg extends along a perpendicular surface of the base 114 or support column 116. The charge cable holder 120 is positioned over the exposed leg of the corner bolt, and a nut is threaded onto the corner bolt and tightened to clamp the charge cable holder 120 against the base 114 or support column 116. The corner bolt is especially useful when the side of the support column 116 where the charge cable holder 120 would normally be attached is occupied by the charger mount 126 or another component because it allows the charge cable holder 120 to be anchored to a different surface of the same structural member.

[0077] Other fastening techniques can also be used. For example, the charge cable holder 120 can be attached with conventional bolts, screws, rivets, or clamps, and / orDkt. No.: XXXXXX.002WO1 Page 14 of 81 2025-12-11 PCT Patent Applicationit can be welded or adhesively bonded to the base 114 or support column 116. The charge cable holder 120 can be formed as a separate component that is retrofitted to an existing cable management system 104, or it can be formed integrally with a portion of the base 114, support column 116, or charger mount 126, such as a bent tab or stamped hook. The charge cable holder 120 can be made from any suitable material, such as metal, plastic, or a combination thereof, with optional protective coatings or coverings to reduce wear on the charge cable 110.

[0078] As shown in Figs. 6 and 7, the edges of the charge cable holder 120 can be bent to provide additional strength. A tab can be positioned near the end of the charge cable holder so that the end can be bent making it possible to easily convert a charge cable holder 120 meant to be attached to the support column 116 to one that is configured to be attached to the base 114.Base

[0079] The base 114 is structured to couple the cable management system 104 to the ceiling 302 of the structure 300 and to distribute the loads from the support column 116, the arm 118, and the electric vehicle charger 102 into the structural members of the ceiling 302. As shown in Figs. 1-5, 8-9, 24, and 30-31, the base 114 is an elongate assembly that extends along the ceiling 302 above one or more parking spaces. The base 114 can be oriented so that the arm 118 can extend outward over the parking space while avoiding interference with garage door hardware.

[0080] In some embodiments, the base 114 includes one or more strut-channel members that define strut channels 182. Each strut-channel member can be a length of commercially available metal strut having a generally C-shaped or U-shaped cross-section with inward-facing flanges, or a custom-fabricated channel with a similar profile. The interior region of each strut-channel member forms the strut channel 182. The base 114 can include a single strut-channel member or two or more such members arranged parallel to each other. Using at least two parallel strut-channel members can increase the lateral stability of the base 114 and provides multiple mounting locations for attaching the support column 116 and / or charger mount 126.

[0081] The strut-channel members of the base 114 include mounting holes spaced along their lengths. The mounting holes are sized to receive fasteners that couple the base 114 to the ceiling 302, such as lag screws, machine screws, bolts, and corresponding anchors. In some embodiments, the mounting holes are arranged in patterns that accommodate common stud or joist spacings. The base 114 can therefore be fastened to wood or metal joists having any of these spacings without drilling new holes. One or more of the mounting holes can be elongated slots extendingDkt. No.: XXXXXX.002WO1 Page 15 of 81 2025-12-11 PCT Patent Applicationin the lengthwise direction of the base 114 to provide additional adjustment when the joists are not spaced at exactly the nominal distances.

[0082] The strut channels 182 are configured to slidingly receive carriages of sliding mounts that support other components of the cable management system 104. For example, the sliding mount 184 that supports the support column 116 can include a carriage 190 sized to be coupled to the strut channels 182 and a body 192 that extends downward from the carriage 190. The carriage 190 can be moved along the length of the strut channel 182 so that the support column 116 can be positioned at a convenient location relative to the parking space and any ceiling obstructions. Once the desired position is reached, the carriage 190 is fixed to the base 114 with fasteners 194 that pass through holes 196 in the carriage 190 and corresponding holes in a channel nut positioned in the strut channel.

[0083] Similarly, the sliding mount 200 used to support the charger mount 126 from the base 114 includes a carriage 202 that cooperate with one of the strut channels 182 in substantially the same manner as the sliding mount 184. The carriage 202 can be repositioned along the base 114 to locate the charger unit 106 at a desired lateral position and then fixed to the base 114 with fasteners.

[0084] The overall length of the base 114 can be selected based on the application. In some embodiments, the base 114 is approximately 14-28 in long so that it attaches to at least two ceiling joists. In other embodiments, particularly when the base 114 spans across or between large garage doors, the base 114 can be multiple feet (2-6 feet) long so that it can be secured to multiple joists or other structural members. The base 114 can also include end caps, brackets, or other fittings that close off open channel ends, improve aesthetics, and / or provide attachment points for additional components.

[0085] The base 114 can be fabricated from any suitable structural material such as carbon steel, stainless steel, or aluminum. For many garage installations, galvanized steel or painted steel strut is advantageous because it provides high strength, good corrosion resistance, and a familiar industrial appearance that blends with typical garage door hardware. The base 114 can also be formed from other metals, composite materials, or high-strength polymers, and can include protective coatings such as powder coating, anodizing, or plating to further improve durability.Support Column

[0086] The support column 116 is a generally upright structural member that couples the arm 118 to the base 114 and supports the weight and operating loads of the arm 118 and the charge cable 110. As shown in Figs. 1-5, 12-13, 24, and 30-31, the support column 116 extends downward from the base 114 toward the floor of the structure 300 and terminates near the pivot joint 236 at which the arm 118 is mounted.Dkt. No.: XXXXXX.002WO1 Page 16 of 81 2025-12-11 PCT Patent Application

[0087] In the ceiling-mount embodiments, the upper end region of the support column 116 is coupled to the base 114 with the sliding mount 184. The sliding mount 184 includes the carriage 190 and the body 192. The carriage 190 is sized and shaped to cooperate with the strut channels 182 of the base 114. For example, when the base 114 includes two parallel strut-channel members, the carriage 190 can span between and be coupled to the two strut channels 182. Channel nuts can be positioned in the strut channels 182 beneath openings in the carriage 190, and the fasteners 194 can extend through the carriage 190 and into the channel nuts to clamp the carriage 190 to the base 114 at a selected position along the length of the base 114.

[0088] The body 192 is coupled to and extends downward from the carriage 190. The body 192 can be a length of tubing or other elongate member that is oriented generally perpendicular to the plane defined by the base 114. In some embodiments, the body 192 is welded to the underside of the carriage 190 so that the carriage 190 functions as a mounting plate and the body 192 functions as the upper tubular portion of the support column 116. In other embodiments, the body 192 is fastened to the carriage 190 with bolts, rivets, and / or other fasteners so that it can be removed and replaced if desired.

[0089] The support column 116 can have an adjustable length so that the vertical position of the arm 118 can be adapted to different ceiling heights and head-space constraints. In the embodiment illustrated in Figs. 1-3, 12-13, and 24, the support column 116 includes the proximal extension 186 and the distal extension 188 coupled in a telescoping arrangement with the body 192. The body 192, the proximal extension 186, and the distal extension 188 can each be tubular members with compatible cross-sectional profiles so that they slide relative to each other along a common axis. For example, the body 192 can have the largest cross-section, the proximal extension 186 can slide within the body 192, and the distal extension 188 can slide within the proximal extension 186. In other configurations, the telescoping order can be reversed or only two telescoping members are used.

[0090] Each of the tubular members 192, 186, 188 can include a pattern of through holes spaced along its length. When two members overlap, selected holes in the members can be aligned and one or more fasteners can be inserted through the aligned holes to fix the members together. For instance, a bolt and nut, a quick-release pin, and / or other removable pin can be used. By selecting different combinations of aligned holes, the effective length of the support column 116 can be set to various discrete values. In some embodiments, the hole spacing is approximately 1-2 in so that the length of the support column 116 can be adjusted over a range of several feet in relatively fine increments.

[0091] Figs. 1-3 show a configuration in which the support column 116 is extended to a relatively long length suitable for tall ceilings and / or installations where the armDkt. No.: XXXXXX.002WO1 Page 17 of 81 2025-12-11 PCT Patent Application118 is positioned well below the ceiling 302. Figs. 12-13 illustrate examples in which the same components 192, 186, 188 are telescoped to shorter configurations to accommodate structures 300 having reduced head space, such as garages with low ceilings and / or tall garage doors. Because the sliding mount 184 and the telescoping portions of the support column 116 are independent, the installer can adjust both the lateral position and the vertical height of the arm 118 to avoid obstructions while maintaining adequate clearance above expected vehicles.

[0092] The tubular members 192, 186, 188 can have any suitable cross-sectional shape, such as square, rectangular, circular, or polygonal. Square and rectangular tubing are advantageous because they resist twisting, provide flat mounting surfaces, and cooperate well with perforation patterns used for adjustability. In some embodiments, at least one of the members 192, 186, 188 is formed from perforated metal tubing having rows of evenly spaced holes on one or more faces. The perforations reduce weight and provide convenient attachment points for components such as the charger mount 126, the charge cable holder 120, and / or other accessories.

[0093] As shown in Figs. 1, 4-5, and 24, the charger mount 126 is coupled to the support column 116 at a region below the sliding mount 184 and above the pivot joint 236. Fasteners 136 extend through selected perforations or dedicated holes in the proximal extension 186 and / or the distal extension 188 and into corresponding holes or slots in the first mount rail 128. Because the support column 116 can include multiple rows of holes extending along its length, the vertical position of the charger unit 106 can be adjusted by selecting different sets of holes for the fasteners 136, and the charger unit 106 can be oriented on any suitable side of the support column 116.

[0094] The support column 116 also provides mounting locations for one or more charge cable holders 120. As described previously, a charge cable holder 120 can be coupled directly to the support column 116 with bolts, screws, rivets, clamps, and / or a corner bolt 232. The presence of regularly spaced holes along the tubular members 186, 188 allows the charge cable holder 120 to be relocated or additional holders 120 to be added as needed to manage excess cable.

[0095] The lower end of the support column 116 is coupled to the pivot joint 236. In the embodiment shown in Figs. 14-16 and 24, the distal extension 188 includes a set of holes near its lower end that receive fasteners used to rigidly secure the upper end of the pivot shaft 240 inside the distal extension 188. The pivot shaft 240 extends downward from the distal extension 188 and cooperates with the pivot sleeve 238 to define the vertical pivot axis of the arm 118. This arrangement allows the arm 118 and support plate 264 to rotate relative to the support column 116 while the support column 116 remains fixed in position relative to the base 114 and the structure 300.Dkt. No.: XXXXXX.002WO1 Page 18 of 81 2025-12-11 PCT Patent Application

[0096] The components of the support column 116 can be fabricated from any suitable structural material. In many embodiments, the body 192, the proximal extension 186, and the distal extension 188 are formed from steel tubing such as galvanized carbon steel tubing or powder-coated steel tubing. Other suitable materials include stainless steel, aluminum, and / or composite materials. The thickness and cross-section of the tubing can be selected based on expected loads, desired stiffness, and weight considerations.

[0097] Although telescoping tubing provides convenient height adjustment, in other embodiments the support column 116 is formed as a single fixed-length member. For example, in high-volume production versions intended for typical residential garages with standard ceiling heights, the support column 116 can be a one-piece tube or bar of fixed length coupled to the sliding mount 184 at its upper end and to the pivot joint 236 at its lower end. In yet other embodiments, the support column 116 is formed by multiple fixed-length segments that can be interchanged to provide a few discrete height options without continuous telescoping.

[0098] The support column 116 is generally shown and described as being oriented vertically, but it can be installed at a slight angle relative to vertical in order to follow the contour of the ceiling 302 and / or to clear other building components. The term “support column” is therefore intended to encompass upright members that are exactly vertical and / or members that are slightly inclined while still primarily carrying vertical loads.Arm

[0099] The arm 118 supports and positions the charge cable 110 and the charger plug 112 relative to the support column 116. As shown in Figs. 1-3, 14-16, 20-24, 26- 28, 30-31, and 33, the arm 118 extends outward from the support column 116 and includes a forward section and a rearward section that project from opposite sides of the support column 116. The forward section extends over the parking space and carries the charge cable 110, and the rearward section extends in the opposite direction and carries components that bias and restrict the motion of the arm 118.

[0100] The arm 118 is coupled to the support column 116 with the pivot joint 236. The pivot joint 236 includes the pivot shaft 240 and the pivot sleeve 238. The pivot shaft 240 is fixed relative to the distal extension 188 of the support column 116, and the pivot sleeve 238 is coupled to the arm 118 so that it rotates with the arm 118. The pivot shaft 240 and the pivot sleeve 238 define a generally vertical pivot axis about which the arm 118 rotates in plan view. In the illustrated configuration, the pivot sleeve 238 is coupled to a central region of the support plate 264, and the proximal beam 206 is coupled to a forward edge region of the support plate 264. As a result, the vertical pivot axis is positioned on one side of the support plate 264 and the proximalDkt. No.: XXXXXX.002WO1 Page 19 of 81 2025-12-11 PCT Patent Applicationbeam 206 is positioned on the opposite side of the support plate 264. The arm 118 (and particularly the proximal beam 206) is therefore horizontally offset from the vertical pivot axis, as recited in several of the claims and illustrative embodiments.

[0101] The support plate 264 forms part of the arm 118 and includes a forward portion and a rearward portion that extend outward from opposite sides of the support column 116. The forward portion of the support plate 264 is coupled to the proximal beam 206, and the rearward portion supports the rotation restrictor 268 and the overload mechanism 262. The forward portion and the rearward portion together define the forward section and the rearward section of the arm 118 when their contributions are considered together with the proximal beam 206 and any rearward arm members coupled to the support plate 264.

[0102] The proximal beam 206 is rotatably coupled to the forward portion of the support plate 264 about a generally horizontal pivot axis 308. The horizontal pivot axis 308 is defined by a set of pivot fasteners that extend through aligned holes in the forward portion of the support plate 264 and in a mounting bracket at the proximal end of the proximal beam 206. The horizontal pivot axis 308 is horizontally offset from the vertical pivot axis defined by the pivot shaft 240 because the pivot shaft 240 passes through the central region of the support plate 264 and the horizontal pivot axis 308 is located forward of that region. This configuration allows the arm 118 to rotate about both a vertical pivot axis and a horizontal pivot axis, with the two axes being laterally spaced from each other.

[0103] The arm 118 is structured to rotate between a first configuration and a second configuration about the horizontal pivot axis 308. In the first configuration, the forward section of the arm 118 (including at least the proximal beam 206 and, in many cases, the distal beam 208) extends generally horizontally or approximately horizontally from the support column 116. In the second configuration, the forward section of the arm 118 extends from the support column 116 at a downwardly sloping angle so that the distal region of the arm 118 and the charger plug 112 are closer to the user. When the forward section of the arm 118 is in the downwardly sloping second configuration, the rearward section of the arm 118 extends from the support column 116 at an upwardly sloping angle. The overload mechanism 262, described in a separate section, biases the arm 118 toward the first configuration while still permitting rotation into the second configuration under overload conditions.

[0104] The forward section of the arm 118 includes the proximal beam 206 and the distal beam 208. The proximal beam 206 is coupled to the support plate 264 and extends forward from the support column 116, and the distal beam 208 is coupled to the distal end of the proximal beam 206 with the pivot mechanism 210. The beams 206, 208 can be formed from square tubing, rectangular tubing, and / or strut-channelDkt. No.: XXXXXX.002WO1 Page 20 of 81 2025-12-11 PCT Patent Applicationmembers. In some embodiments, the proximal beam 206 includes a first beam 207 such as perforated Telespar that telescopically receives a second beam 209.

[0105] The pivot mechanism 210 is shown in Figs. 20-23 and 25. The pivot mechanism 210 includes a pair of support plates 212 coupled to the proximal beam 206 and extending beyond its distal end, and the pivot sleeve 218 coupled to the proximal end of the distal beam 208. The support plates 212 define aligned holes 222, and the pivot sleeve 218 is positioned between the support plates 212. Washer and / or thrust bearings can be positioned between the pivot sleeve 218 and the support plates 212, and the pivot shaft 220 passes through the holes 222 and through the washer / bearings 224. The pivot shaft 220 and washers / bearings 224 define a generally vertical intermediate pivot axis about which the distal beam 208 rotates relative to the proximal beam 206.

[0106] The pivot mechanism 210 allows the distal beam 208 to rotate between at least three useful positions. In a stowed position (corresponding to approximately 0° relative rotation), the distal beam 208 extends generally parallel to and adjacent one side of the proximal beam 206, as shown in Fig. 23. In a fully extended position (approximately 180° relative rotation), the distal beam 208 is aligned with the proximal beam 206 so that the arm 118 forms a substantially straight beam, as shown in Fig. 22. In another position (approximately 270° relative rotation), the distal beam 208 extends generally perpendicular to the proximal beam 206, as shown in Figs. 20-21. One or more bumpers can be positioned on the proximal beam 206 so that they are contacted by the distal beam 208 at the extreme positions and thereby prevent metal-to -metal contact. Intermediate positions between these reference angles are also available so that the user can fine-tune the location of the charger plug 112.

[0107] The arm 118 can optionally include the beam extension 234 coupled to the distal end of the distal beam 208, as shown in Figs. 24 and 26-28. In the illustrated configuration, the beam extension 234 is formed by two rods that are received at the distal end of the distal beam 208 and secured with fasteners extending through aligned holes in the rods and the distal beam 208. The rods project beyond the distal end of the distal beam 208 to increase the reach of the arm 118. The fasteners can be positioned in different sets of holes so that the effective extension length of the beam extension 234 is adjustable. At the distal end of the beam extension 234, a clasp (shown in Fig. 29) holds the rods in a spaced-apart relationship to form a cradle that supports the charge cable 110 and helps guide it toward the charger plug 112. In other embodiments, the beam extension 234 is a single tubular member or channel telescopically coupled to the distal beam 208.

[0108] The charge cable 110 is routed along the arm 118 and secured with the cable tie holders 122 and cable ties 124. The cable tie holders 122 are spaced along the lengths of the beams 206, 208 and the beam extension 234. Each cable tie holder 122Dkt. No.: XXXXXX.002WO1 Page 21 of 81 2025-12-11 PCT Patent Applicationdefines an opening that is raised from the adjacent surface of the beam, creating clearance for the cable tie 124. The arrangement of the cable tie holders 122 can be selected so that the charge cable 110 follows a gentle path that avoids sharp bends even as the distal beam 208 pivots relative to the proximal beam 206 and as the arm 118 rotates about the vertical and horizontal pivot axes.

[0109] The rearward section of the arm 118 includes the rearward portion of the support plate 264 and any rearward arm member coupled to it. The rearward section provides a mounting region for the counterweight and / or spring 266 of the overload mechanism 262 and also carries the rotation restrictor 268. In many embodiments, the rearward section extends no more than approximately 30 in from the support column 116, and in more particular embodiments no more than approximately 28 in, 24 in, 20 in, 18 in, or 16 in. Limiting the length of the rearward section in this manner helps keep the overall footprint of the cable management system 104 compact while still providing sufficient lever arm for the overload mechanism 262.

[0110] The spring 266 of the overload mechanism 262 is coupled to the rearward section of the arm 118 at a distance from the horizontal pivot axis 308 selected to provide the desired restoring torque. In some embodiments, the spring 266 is coupled to the rearward section at least approximately 12 in from the horizontal pivot axis 308, and in further embodiments at least approximately 16 in, 18 in, 20 in, or 22 in from the horizontal pivot axis 308. In still other embodiments, the spring 266 is coupled to the rearward section at a distance within a range of approximately 12-36 in from the horizontal pivot axis 308. The spring 266 can extend between the rearward portion of the support plate 264 and a bracket on the proximal beam 206 so that the spring 266 is positioned between the support plate 264 and the beam, as described in the illustrative embodiments.

[0111] The connection points for the spring 266 can be selectively repositioned along the rearward section of the arm 118 and / or along the forward section. For example, the support plate 264 and / or the proximal beam 206 can include multiple holes or slots so that the spring 266 can be attached at different locations. Moving the attachment points changes the effective lever arm and initial deflection of the spring 266, which in turn changes the torque required to rotate the arm 118 from the first configuration to the second configuration. This adjustability allows the arm 118 to be tuned for different arm lengths, different types of charge cables 110, and different user preferences.

[0112] Although the illustrated embodiments show the arm 118 formed by the support plate 264, the proximal beam 206, and the distal beam 208, other configurations are possible. In some embodiments, the arm 118 is formed as a single beam that extends forward from the support plate 264, with or without an additional beam extension 234, and the rearward section is formed solely by the rearwardDkt. No.: XXXXXX.002WO1 Page 22 of 81 2025-12-11 PCT Patent Applicationportion of the support plate 264 and a rearward arm member. In other embodiments, the proximal beam 206 is coupled to the top of the pivot sleeve 238 instead of the bottom so that the forward section of the arm 118 is positioned higher relative to the support column 116. The same general arm architecture can also be used as a second arm in wall-mounted cable management systems 304, with the pivot shaft 240 and support plate 264 coupled to a support column 116 that extends downward from a first arm 312 projecting from the wall 306.Rotation Restrictor

[0113] The cable management system 104 can include one or more rotation restrictors structured to limit rotation of the arm 118 relative to the support column 116 about the horizontal pivot axis 308 and / or the vertical pivot axis defined by the pivot shaft 240. These rotation restrictors help keep the arm 118 within a desired operating envelope and reduce the likelihood of the arm 118 striking nearby structures and / or excessively twisting the charge cable 110.

[0114] In the embodiments shown in Figs. 14-16, the rotation restrictor 268 is positioned on the rearward portion of the support plate 264 and cooperates with the proximal beam 206 to limit rotation of the arm 118 about the horizontal pivot axis 308. The support plate 264 includes a rearward section that extends behind the pivot joint 236. An opening 272 is formed in this rearward section. The opening 272 can be an arcuate or generally linear slot extending along a path that is offset from and at least approximately concentric with the horizontal pivot axis 308. The opening 272 acts as a rotation stop. A rotation limiter 276 is coupled to the arm 118 and extends into the opening 272. In some embodiments, the rotation limiter 276 is a post, such as a bolt, pin, or shoulder screw, that is threaded or otherwise fastened to a bracket on the proximal beam 206. As the arm 118 rotates about the horizontal pivot axis 308, the rotation limiter 276 moves along the length of the opening 272. When the rotation limiter 276 reaches one end of the opening 272, it contacts material of the support plate 264 at that end, and further rotation in that direction is restricted. The opposite end of the opening 272 similarly limits rotation in the opposite direction. The ends of the opening 272 therefore define the maximum upward and / or downward rotation of the forward section of the arm 118. The opening 272 can be considered a slot-type rotation stop and the post-type rotation limiter 276 can be considered a rotation limiter that extends through the slot, consistent with the claims and illustrative embodiments.

[0115] The shape, length, and position of the opening 272 can be selected based at least in part on the desired range of motion. For example, the opening 272 can be oriented so that the rotation restrictor 268 limits only downward rotation of the forward section of the arm 118 (while allowing the overload mechanism 262 to determine the upward limit), only upward rotation, or both upward and downwardDkt. No.: XXXXXX.002WO1 Page 23 of 81 2025-12-11 PCT Patent Applicationrotation. The opening 272 can also be provided in multiple forms, such as a primary slot that limits the main operating range and one or more subsidiary slots or recesses that provide alternative ranges. In some embodiments, the support plate 264 includes a tab or flange that extends outward from the support plate 264 adjacent the opening 272. The tab provides a thicker region of material that defines the ends of the opening 272 and thereby enhances the robustness of the rotation stop.

[0116] The locations of the opening 272 and the rotation limiter 276 can be made adjustable. For example, the rearward section of the support plate 264 can include several potential slot locations, and the rotation limiter 276 can be repositioned to align with a selected one of the slots. Alternatively, the opening 272 can be elongated and the rotation limiter 276 can be mounted to the proximal beam 206 using a series of holes so that both the length of the available travel and the neutral position of the arm 118 can be tuned. Similar rotation restrictors can be provided on the second arm of the wall-mount embodiments, with the opening formed in the rearward section of the corresponding support plate and the rotation limiter coupled to the second arm.

[0117] In addition to the rotation restrictor 268 that limits rotation about the horizontal pivot axis 308, some embodiments include a rotation restrictor mechanism 248 associated with the pivot joint 236 to limit rotation of the arm 118 about the vertical pivot axis defined by the pivot shaft 240. Figs. 17-19 schematically illustrate one embodiment of this vertical-axis rotation restrictor mechanism 248. In this configuration, the pivot shaft 240 is coupled in a fixed manner to the distal extension 188 of the support column 116 with the pivot shaft adapter 244. The pivot sleeve 238 is coupled to the arm 118 so that it rotates with the arm 118 about the pivot shaft 240. The rotation restrictor mechanism 248 is positioned between the pivot shaft adapter 244 and the pivot sleeve 238.

[0118] In one configuration, the rotation restrictor mechanism 248 includes a rotation stop 250 fixed relative to the support column 116 and a rotation limiter 252 fixed relative to the arm 118. The rotation stop 250 can be formed as an annular wall or a series of abutment surfaces provided by the pivot shaft adapter 244. The rotation limiter 252 can be a tab or lug formed on or coupled to the pivot sleeve 238 that projects radially outward toward the rotation stop 250. As the arm 118 rotates about the vertical pivot axis, the rotation limiter 252 moves with the pivot sleeve 238 until it contacts one of the abutment surfaces of the rotation stop 250, thereby limiting rotation in that direction. The separation between the abutment surfaces can be selected so that the arm 118 is allowed to rotate through any desired range, such as less than 360 degrees or approximately 360 degrees.

[0119] In another configuration, the rotation restrictor mechanism 248 includes a rotation limiter 252 that moves relative to both the support column 116 and the arm 118, and two rotation stops that cooperate with the rotation limiter 252. For example,Dkt. No.: XXXXXX.002WO1 Page 24 of 81 2025-12-11 PCT Patent Applicationthe rotation limiter 252 can be an annular ring or collar positioned between the pivot shaft adapter 244 and the pivot sleeve 238. The rotation limiter 252 can include two projections or stops 254, 256 that extend radially outward in different directions. One of the stops (for example, the stop 254) is positioned to contact the rotation stop 250 formed on the pivot shaft adapter 244. The other stop (for example, the stop 256) is received in a slot 260 formed in the pivot sleeve 238. The slot 260 extends over only a portion of the circumference of the pivot sleeve 238 and thereby functions as a second rotation stop that limits relative movement between the rotation limiter 252 and the pivot sleeve 238.

[0120] During operation, when the arm 118 starts from a first angular position and rotates in a first direction, the pivot sleeve 238 and the rotation limiter 252 initially rotate together until the stop 254 on the rotation limiter 252 contacts the rotation stop 250 on the pivot shaft adapter 244. At that point, further rotation of the arm 118 causes the pivot sleeve 238 to continue rotating while the rotation limiter 252 is held stationary with respect to the support column 116. The stop 256 on the rotation limiter 252 then moves along the length of the slot 260. When the stop 256 reaches an end of the slot 260, further rotation is prevented. When the arm 118 is rotated back in the opposite direction, the process is reversed. This configuration allows the arm 118 to rotate more than 360 degrees about the vertical pivot axis while still limiting rotation to a finite range (for example, approximately 360-540 degrees) so that the charge cable 110 is not twisted excessively.

[0121] In many embodiments, the rotation restrictor mechanism 248 is at least partially enclosed by the pivot shaft adapter 244. For example, the pivot shaft adapter 244 can include an annular recess that houses the rotation stop 250 and the rotation limiter 252. When the distal extension 188 is installed over the pivot shaft adapter 244, the adapter 244 covers these components so that they are not exposed. Enclosing the rotation restrictor mechanism 248 in this manner improves the appearance of the pivot joint 236, reduces the likelihood that the charge cable 110 or other objects will become caught between moving parts, and helps retain the rotation limiter 252 in position between the pivot sleeve 238 and the pivot shaft adapter 244.

[0122] Either or both of the rotation restrictor 268 (associated with the horizontal pivot axis 308) and the rotation restrictor mechanism 248 (associated with the vertical pivot axis defined by the pivot shaft 240) can be included in a given embodiment. In some configurations, only the horizontal-axis rotation restrictor 268 is used to control the range of up-and-down motion while the arm 118 is free to rotate substantially without limit about the vertical axis. In other configurations, both rotation restrictors are present so that the operating range of the arm 118 is defined in both the vertical and horizontal planes.Dkt. No.: XXXXXX.002WO1 Page 25 of 81 2025-12-11 PCT Patent ApplicationOverload Protection

[0123] The overload mechanism 262 biases the arm 118 toward the first configuration where the forward section of the arm 118 extends generally horizontally from the support column 116 and permits controlled downward rotation to the second configuration when the arm 118 is subjected to an excessive load. Figs. 14-16 illustrate one embodiment of the overload mechanism 262.

[0124] In the illustrated configuration, the proximal beam 206 is coupled to the forward portion of the support plate 264 so that it can pivot about the horizontal pivot axis 308. The rearward portion of the support plate 264 extends in the opposite direction from the pivot joint 236 and supports components of the overload mechanism 262. A rearward arm member or bracket, which can be formed as part of the support plate 264 or as a separate link, extends rearward and upward from the pivot joint 236. The spring 266 is coupled between this rearward arm member and a location on the support plate 264 that is spaced from the horizontal pivot axis 308.

[0125] The spring 266 can be a gas spring, a coil spring, and / or any other biasing element capable of generating a restoring torque about the horizontal pivot axis 308. In many embodiments, the spring 266 is a gas spring having an internal pressurized gas charge that produces a nearly constant force over its stroke. One end of the gas spring 266 is pivotally coupled to a bracket on the rearward portion of the support plate 264 and the opposite end is pivotally coupled to the rearward arm member. As the forward section of the arm 118 is pushed downward, the geometry of the linkage causes the gas spring 266 to extend or compress, depending on its orientation, thereby resisting the motion.

[0126] Under normal loading conditions, the torque produced by the spring 266 counterbalances the torque produced by the weight of the forward section of the arm 118 and the attached charge cable 110, so the forward section of the arm 118 naturally settles in the generally horizontal first configuration. When a user intentionally pulls the charger plug 112 downward or upward, the spring 266 yields smoothly, allowing controlled pivoting of the arm 118 while still providing a lifting or lowering assistance force.

[0127] If the arm 118 is subjected to an unusually large downward force — for example, if the charge cable 110 is inadvertently caught by a moving vehicle or a person hangs on the arm 118 — the torque about the horizontal pivot axis 308 can exceed the biasing torque provided by the spring 266. In this situation, the overload mechanism 262 allows the forward section of the arm 118 to rotate downward beyond its normal operating range, as indicated in Figs. 15 and 16. This motion dissipates energy and reduces the likelihood that structural components of the arm 118, the support column 116, or the base 114 will deform or fail.Dkt. No.: XXXXXX.002WO1 Page 26 of 81 2025-12-11 PCT Patent Application

[0128] When the excessive load is removed, the spring 266 returns the arm 118 toward the first configuration. The rotation restrictor 268 cooperates with the overload mechanism 262 to define the maximum downward angle through which the forward section of the arm 118 can travel, thereby preventing the arm 118 from striking nearby objects during an overload event.

[0129] The characteristics and mounting locations of the spring 266 can be selected based on the expected weight of the arm 118 and the charge cable 110 and the desired operating feel. For example, the spring 266 can be positioned so that its line of action is at least approximately 12 in, 16 in, 18 in, 20 in, 22 in, and / or 24-36 in from the horizontal pivot axis 308, as discussed in the illustrative embodiments. Positioning the spring 266 further from the pivot axis increases the torque generated for a given spring force and allows the use of smaller springs.

[0130] Although a single spring 266 is shown, multiple springs 266 can be used. Two springs 266 can be mounted symmetrically on opposite sides of the support plate 264 to provide redundancy and balanced loading. In other embodiments, one or more springs 266 are replaced or supplemented by a counterweight positioned on the rearward section of the arm 118. The counterweight can be a dense mass, such as a steel or cast-iron block, that provides a gravitational restoring torque about the horizontal pivot axis 308.

[0131] In further embodiments, the overload mechanism 262 includes adjustable mounting points for the spring 266 so that the installer can tune the biasing force. For example, the rearward portion of the support plate 264 can include a series of holes at different distances from the horizontal pivot axis 308 for receiving a pivot pin at one end of the spring 266, and the rearward arm member can include a similar series of holes for the other end of the spring 266. By moving one or both ends of the spring 266 among these holes, the effective lever arm and the pre-load of the spring 266 can be changed.

[0132] The overload mechanism 262 is shown and described in the context of the ceiling-mount cable management system 104, but similar overload protection can be used in the wall-mount embodiments described below.Cable Management System — Wall Mount

[0133] Figs. 32-40 illustrate several embodiments of a wall-mounted cable management system 304 that employ many of the components described above in configurations adapted for attachment to a wall 306 of the structure 300 rather than to the ceiling 302. The wall-mount embodiments can be used when ceiling mounting is impractical or when it is desirable to position the pivot point of the arm 118 further inward from the wall 306.Dkt. No.: XXXXXX.002WO1 Page 27 of 81 2025-12-11 PCT Patent Application

[0134] In the embodiment shown in Figs. 32 and 33, the base 114 is secured to the wall 306 in a generally horizontal orientation using fasteners that extend through the mounting holes in the strut channels 182. A first arm 312 (also referred to as a support arm) is coupled to and extends outward from the base 114. The first arm 312 can be formed from one or more strut-channel members or other beams and is generally fixed in position relative to the base 114 once installed.

[0135] A support column 116 extends downward from the distal region of the first arm 312. In one configuration, shown schematically in Figs. 34-35, the support column 116 is formed primarily by the pivot shaft 240. The upper portion of the pivot shaft 240 passes through an opening in the first arm 312 and is secured in a fixed manner, such as by a nut and washer arrangement, so that the pivot shaft 240 is rigidly attached to the first arm 312. The lower portion of the pivot shaft 240 cooperates with the pivot sleeve 238 and support plate 264 in substantially the same manner as described for the ceiling-mount embodiment to form the pivot joint 236 and to permit rotation of the second arm (which can be structurally identical or similar to the arm 118) about the vertical pivot axis defined by the pivot shaft 240.

[0136] Because the first arm 312 projects outward from the wall 306, the pivot joint 236 and the second arm are positioned further from the wall 306 than in a simple wall-mounted cantilever arrangement. This provides additional clearance between the second arm and vehicles parked near the wall 306 and allows the charger plug 112 to be positioned over parking spaces that are not immediately adjacent the wall 306.

[0137] The first arm 312 can be supported by the support brace 314 to increase stiffness and limit deflection under load, as shown in Fig. 33. The support brace 314 can extend diagonally from a distal region of the first arm 312 back to the wall 306 and / or up to the ceiling 302. The ends of the support brace 314 can include brackets or anchors that are fastened to the first arm 312 and to the wall 306 or ceiling 302, respectively. The support brace 314 can be rigid, such as a bar or tube, or at least partially flexible, such as a strap, chain, or cable with a tensioning device (e.g., a turnbuckle or ratchet mechanism). The support brace 314 reduces bending loads in the first arm 312 caused by the weight of the support column 116 and the second arm and thereby improves overall rigidity.

[0138] Figs. 36-38 illustrate another embodiment of the wall-mount cable management system 304 in which the support column 116 includes the proximal extension 186 coupled to the first arm 312 with an L-shaped connector bracket 320. The L-shaped connector bracket 320 includes a horizontal leg that attaches to the underside or side of the first arm 312 and a vertical leg that attaches to the proximal extension 186. Fasteners extend through holes in the legs of the bracket 320 and into corresponding holes in the first arm 312 and the proximal extension 186 to clamp the parts together.Dkt. No.: XXXXXX.002WO1 Page 28 of 81 2025-12-11 PCT Patent Application

[0139] The L-shaped connector bracket 320 can include alternating through holes and raised bosses, as shown in Figs. 37-38. The bosses can project from the bracket 320 and be sized to fit into complementary openings or recesses in the first arm 312 and / or the proximal extension 186. This arrangement can help accurately position the bracket 320 relative to the mating components, resist shear loads, and maintain alignment of the support column 116. The raised bosses can also space the bracket 320 slightly away from the mating surfaces to provide clearance for weld beads and / or to avoid interfering with the edges of the strut-channel members.

[0140] In the embodiment of Figs. 39-40, the first arm 312 is coupled to the proximal extension 186 using a T-shaped connector bracket 340 instead of the L-shaped connector bracket 320. The T-shaped connector bracket 340 can include a central stem portion that attaches to the proximal extension 186 and a cross-bar portion that attaches to the first arm 312 at two laterally spaced locations. As with the L-shaped connector bracket 320, the T-shaped connector bracket 340 can include alternating through holes and raised bosses that cooperate with corresponding features on the first arm 312 and the proximal extension 186. The T-shaped arrangement can provide increased torsional resistance and distribute loads over a larger region of the first arm 312.

[0141] In each of the wall-mount embodiments, the lower end of the support column 116 is coupled to a pivot joint 236 that supports a second arm. The second arm can be identical or substantially similar to the arm 118 described above: it can include proximal and distal beams coupled by the pivot mechanism 210, cable tie holders 122, an optional beam extension 234, the overload mechanism 262, and the rotation restrictor 268. The electric vehicle charger 102 can be mounted to the support column 116 and / or to the base 114 using the charger mount 126 in manners analogous to those described for the ceiling-mount embodiments.

[0142] The wall-mount cable management system 304 can be installed in a variety of locations within the structure 300. For example, the base 114 can be anchored to a side wall 306 adjacent a parking space or between two adjacent garage doors so that the second arm can be swung over either of two vehicles. The support brace 314 can be anchored to the wall 306, to the ceiling 302, or to both, depending on the available structure and the desired load path.Materials

[0143] The various components (structural components, fasteners, and the like) of the cable management system 104, 304 can be made of any suitable material or combination of materials that provide the desired strength, durability, corrosion resistance, and aesthetic properties.Dkt. No.: XXXXXX.002WO1 Page 29 of 81 2025-12-11 PCT Patent Application

[0144] For indoor applications, such as in a residential or commercial garage, the components of the cable management system 104, 304 can be made of cost-effective and durable materials such as galvanized steel or painted steel. Galvanized steel is advantageous because it is resistant to corrosion and requires minimal maintenance. It also matches the look of most garage door hardware. The steel can be galvanized using various methods, such as hot-dip galvanizing, electroplating, thermal spraying, or the like, depending on the desired thickness and uniformity of the protective zinc coating.

[0145] Painted steel is another suitable option for indoor applications. The steel components can be coated with a durable, protective paint, such as a powder coat or epoxy paint, to enhance their appearance and resistance to wear and corrosion. The paint color can be selected to match or complement the decor of the garage or other indoor space.

[0146] For outdoor applications or environments with high humidity or exposure to corrosive elements, the components of the cable management system 104, 304 can be made of materials with enhanced corrosion resistance. For example, in some embodiments, the components can be made of stainless steel, which contains chromium and other alloying elements that form a protective oxide layer on the surface, making it highly resistant to rust and corrosion. Various grades of stainless steel, such as 304 or 316, can be used depending on the desired level of corrosion resistance.

[0147] In other embodiments, the components of the cable management system 104 can be made of aluminum. It is lightweight, strong, and naturally resistant to corrosion due to the formation of a protective oxide layer on its surface. Aluminum can be further protected by applying a durable, weather-resistant coating, such as a powder coat or anodized finish.

[0148] In some cases, the components of the cable management system 104, 304 can be made of titanium or other specialty alloys. Titanium has an exceptional strength-to-weight ratio and excellent corrosion resistance, making it suitable for the most demanding applications. In addition to metals, the components of the cable management system 104 can also be made of high-strength, corrosion-resistant polymers or composite materials. These materials can be particularly useful for applications where electrical insulation, lightweight, or specific aesthetic properties are desired.Illustrative Embodiments

[0149] The following is a description of various embodiments of the disclosed subject matter. Each embodiment can include one or more of the various features, characteristics, or advantages of the disclosed subject matter. The embodiments areDkt. No.: XXXXXX.002WO1 Page 30 of 81 2025-12-11 PCT Patent Applicationintended to illustrate a few aspects of the disclosed subject matter and should not be considered a comprehensive or exhaustive description of all possible embodiments.

[0150] Pl. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a ceiling of a structure; a support column coupled to and extending downward from the base; and an arm coupled to the support column, the arm comprising a forward section and a rearward section extending outward from the support column in opposite directions; wherein the arm is structured to rotate between a first configuration where the forward section extends outward from the support column horizontally or approximately horizontally and a second configuration where the forward section extends outward from the support column at a downwardly sloping angle.

[0151] P2. The cable management system of Pl wherein the rearward section of the arm extends outward from the support column at an upwardly sloping angle in the second configuration.

[0152] P3. The cable management system of any one of Pl to P2 wherein the arm is structured to rotate about a vertical pivot axis, and wherein the arm is horizontally offset from the vertical pivot axis.

[0153] P4. The cable management system of any one of Pl to P3 wherein the arm includes a support plate having a forward section and a rearward section extending outward from the support column in opposite directions; wherein the arm is rotatably coupled to the forward section of the support plate and is rotatable between the first configuration and the second configuration about a horizontal pivot axis; and wherein the rearward section of the support plate includes a rotation restrictor structured to limit rotation of the arm about the horizontal pivot axis.

[0154] P5. The cable management system of any one of Pl to P4 wherein the arm comprises a counterweight and / or a spring positioned on the rearward section of the arm and structured to resist rotation of the arm from the first configuration to the second configuration.

[0155] P6. The cable management system of P5 wherein the arm comprises the spring.

[0156] P7. The cable management system of P6 wherein the spring is a gas spring.

[0157] P8. The cable management system of any one of P6 to P7 wherein the arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the arm at least approximately 12 inches from the horizontal pivot axis.

[0158] P9. The cable management system of any one of P6 to P8 wherein the arm rotates about a horizontal pivot axis between the first configuration and the secondDkt. No.: XXXXXX.002WO1 Page 31 of 81 2025-12-11 PCT Patent Applicationconfiguration, and wherein the spring is coupled to the rearward section of the arm at least approximately 16 inches from the horizontal pivot axis.

[0159] PIO. The cable management system of any one of P6 to P9 wherein the arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the arm at least approximately 18 inches from the horizontal pivot axis.

[0160] Pll. The cable management system of any one of P6 to PIO wherein the arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the arm at least approximately 20 inches from the horizontal pivot axis.

[0161] P12. The cable management system of any one of P6 to Pll wherein the arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the arm at least approximately 22 inches from the horizontal pivot axis.

[0162] P13. The cable management system of any one of P6 to P12 wherein the arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the arm approximately 12 inches to approximately 36 inches from the horizontal pivot axis.

[0163] P14. The cable management system of any one of P6 to P13 wherein the arm comprises a support plate coupled to the support column and a beam structured to rotate between the first configuration and the second configuration, and wherein the spring is coupled to and positioned between the support plate and the beam.

[0164] P15. The cable management system of P14 wherein the spring is selectively positionable at multiple locations along the arm and / or the support plate.

[0165] P16. The cable management system of any one of Pl to P15 wherein the rearward section extends no more than approximately 30 inches outward from the support column.

[0166] P17. The cable management system of any one of Pl to P16 wherein the rearward section extends no more than approximately 28 inches outward from the support column.

[0167] P18. The cable management system of any one of Pl to P17 wherein the rearward section extends no more than approximately 24 inches outward from the support column.

[0168] P19. The cable management system of any one of Pl to P18 wherein the rearward section extends no more than approximately 20 inches outward from the support column.Dkt. No.: XXXXXX.002WO1 Page 32 of 81 2025-12-11 PCT Patent Application

[0169] P20. The cable management system of any one of Pl to P19 wherein the rearward section extends no more than approximately 18 inches outward from the support column.

[0170] P21. The cable management system of any one of Pl to P20 wherein the rearward section extends no more than approximately 16 inches outward from the support column.

[0171] P22. The cable management system of any one of Pl to P21 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

[0172] P23. The cable management system of any one of Pl to P22 wherein the base includes a strut channel, and wherein the support column is coupled to the strut channel.

[0173] P24. The cable management system of any one of Pl to P23 wherein the support column is selectively positionable at multiple locations on the base.

[0174] P25. The cable management system of any one of Pl to P24 wherein the support column is slidingly coupled to the base.

[0175] P26. The cable management system of any one of Pl to P25 wherein the support column has an adjustable length.

[0176] P27. The cable management system of P26 wherein the length of the support column is adjustable telescopically.

[0177] P28. The cable management system of any one of Pl to P27 wherein the support column comprises a mounting plate coupled to the base and tubing coupled to the mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

[0178] P29. The cable management system of any one of Pl to P28 wherein the arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

[0179] P30. The cable management system of any one of Pl to P29 comprising a rotation restrictor structured to limit rotation of the arm relative to the support column.

[0180] P31. An electric vehicle charging system comprising: the cable management system of any one of Pl to P30; and an electric vehicle charger comprising: a charge cable coupled to and routed along the arm; and a charger plug hanging from a distal end of the arm.

[0181] P32. The electric vehicle charging system of P31 comprising a charger unit coupled to the base and / or the support column.Dkt. No.: XXXXXX.002WO1 Page 33 of 81 2025-12-11 PCT Patent Application

[0182] P33. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a ceiling of a structure; a support column coupled to and extending downward from the base; and an arm coupled to the support column, the arm being structured to rotate about a vertical pivot axis; wherein the arm extends outward horizontally or approximately horizontally from opposite sides of the support column; and wherein the arm is horizontally offset from the vertical pivot axis.

[0183] P34. The cable management system of P33 wherein the arm comprises a beam extending outward horizontally or approximately horizontally from opposite sides of the support column, and wherein the beam is horizontally offset from the vertical pivot axis.

[0184] P35. The cable management system of any one of P33 to P34 wherein the arm comprises a support plate coupled to the support column and a beam coupled to the support plate, and wherein the vertical pivot axis and the beam are positioned on opposite sides of the support plate.

[0185] P36. The cable management system of any one of P33 to P35 wherein the arm comprises a support plate coupled to the support column and a beam coupled to the support plate; wherein the vertical pivot axis is defined by a pivot shaft; and wherein the pivot shaft and the beam are positioned on opposite sides of the support plate.

[0186] P37. The cable management system of any one of P33 to P36 wherein the arm is structured to rotate about a horizontal pivot axis, and wherein the horizontal pivot axis is horizontally offset from the vertical pivot axis.

[0187] P38. The cable management system of any one of P33 to P37 wherein the arm includes a support plate having a forward section and a rearward section extending outward from the support column in opposite directions; wherein the arm is rotatably coupled to the forward section of the support plate and is rotatable about a horizontal pivot axis; and wherein the rearward section of the support plate includes a rotation restrictor structured to limit rotation of the arm about the horizontal pivot axis.

[0188] P39. The cable management system of any one of P33 to P38 wherein the arm is structured to rotate about a horizontal pivot axis, and wherein the arm comprises: a forward section and a rearward section extending outward from the opposite sides of the support column; and a counterweight and / or a spring positioned on the rearward section of the arm and structured to resist rotation of the arm about the horizontal pivot axis.

[0189] P40. The cable management system of P39 wherein the arm comprises the spring.

[0190] P41. The cable management system of P40 wherein the spring is a gas spring.Dkt. No.: XXXXXX.002WO1 Page 34 of 81 2025-12-11 PCT Patent Application

[0191] P42. The cable management system of any one of P40 to P41 wherein the spring is coupled to the rearward section of the arm at least approximately 12 inches from the horizontal pivot axis.

[0192] P43. The cable management system of any one of P40 to P42 wherein the spring is coupled to the rearward section of the arm at least approximately 16 inches from the horizontal pivot axis.

[0193] P44. The cable management system of any one of P40 to P43 wherein the spring is coupled to the rearward section of the arm at least approximately 18 inches from the horizontal pivot axis.

[0194] P45. The cable management system of any one of P40 to P44 wherein the spring is coupled to the rearward section of the arm at least approximately 20 inches from the horizontal pivot axis.

[0195] P46. The cable management system of any one of P40 to P45 wherein the spring is coupled to the rearward section of the arm at least approximately 22 inches from the horizontal pivot axis.

[0196] P47. The cable management system of any one of P40 to P46 wherein the spring is coupled to the rearward section of the arm approximately 12 inches to approximately 36 inches from the horizontal pivot axis.

[0197] P48. The cable management system of any one of P40 to P47 wherein the arm comprises a support plate coupled to the support column and a beam structured to rotate about the horizontal pivot axis, and wherein the spring is coupled to and positioned between the support plate and the beam.

[0198] P49. The cable management system of P48 wherein the spring is selectively positionable at multiple locations along the arm and / or the support plate.

[0199] P50. The cable management system of any one of P33 to P49 wherein the arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 30 inches outward from the support column.

[0200] P51. The cable management system of any one of P33 to P50 wherein the arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 28 inches outward from the support column.

[0201] P52. The cable management system of any one of P33 to P51 wherein the arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 24 inches outward from the support column.Dkt. No.: XXXXXX.002WO1 Page 35 of 81 2025-12-11 PCT Patent Application

[0202] P53. The cable management system of any one of P33 to P52 wherein the arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 20 inches outward from the support column.

[0203] P54. The cable management system of any one of P33 to P53 wherein the arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 18 inches outward from the support column.

[0204] P55. The cable management system of any one of P33 to P54 wherein the arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 16 inches outward from the support column.

[0205] P56. The cable management system of any one of P33 to P55 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

[0206] P57. The cable management system of any one of P33 to P56 wherein the base includes a strut channel, and wherein the support column is coupled to the strut channel.

[0207] P58. The cable management system of any one of P33 to P57 wherein the support column is selectively positionable at multiple locations on the base.

[0208] P59. The cable management system of any one of P33 to P58 wherein the support column is slidingly coupled to the base.

[0209] P60. The cable management system of any one of P33 to P59 wherein the support column has an adjustable length.

[0210] P61. The cable management system of P60 wherein the length of the support column is adjustable telescopically.

[0211] P62. The cable management system of any one of P33 to P61 wherein the support column comprises a mounting plate coupled to the base and tubing coupled to the mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

[0212] P63. The cable management system of any one of P33 to P62 wherein the arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

[0213] P64. The cable management system of any one of P33 to P63 comprising a rotation restrictor structured to limit rotation of the arm relative to the support column.Dkt. No.: XXXXXX.002WO1 Page 36 of 81 2025-12-11 PCT Patent Application

[0214] P65. An electric vehicle charging system comprising: the cable management system of any one of P33 to P64; and an electric vehicle charger comprising: a charge cable coupled to and routed along the arm; and a charger plug hanging from a distal end of the arm.

[0215] P66. The electric vehicle charging system of P65 comprising a charger unit coupled to the base and / or the support column.

[0216] P67. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a ceiling of a structure; a support column coupled to and extending downward from the base; and an arm coupled to the support column, the arm including a support plate having a forward section and a rearward section extending outward from the support column in opposite directions, the arm being rotatably coupled to the forward section of the support plate and rotatable about a horizontal pivot axis; and a rotation restrictor positioned on the rearward section of the support plate and structured to limit rotation of the arm about the horizontal pivot axis.

[0217] P68. The cable management system of P67 wherein the arm includes a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rotation restrictor limits downward rotation of the forward section of the arm.

[0218] P69. The cable management system of any one of P67 to P68 wherein the arm includes a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rotation restrictor limits upward rotation of the forward section of the arm.

[0219] P70. The cable management system of any one of P67 to P69 wherein the rotation restrictor includes an opening in the support plate.

[0220] P71. The cable management system of P70 wherein the opening is a slot in the support plate.

[0221] P72. The cable management system of any one of P67 to P71 wherein the rotation restrictor includes a tab extending outward from the support plate.

[0222] P73. The cable management system of any one of P67 to P72 wherein the rotation restrictor includes a rotation stop and a rotation limiter coupled to the arm, and wherein the rotation limiter contacts the rotation stop to limit rotation of the arm about the horizontal pivot axis.

[0223] P74. The cable management system of P73 wherein the rotation stop includes a slot and the rotation limiter includes a post extending through the slot, and wherein the post moves along the slot as the arm rotates about the horizontal pivot axis.Dkt. No.: XXXXXX.002WO1 Page 37 of 81 2025-12-11 PCT Patent Application

[0224] P75. The cable management system of any one of P67 to P74 wherein the arm comprises: a forward section and a rearward section extending outward from the support column in opposite directions; and a counterweight and / or a spring positioned on the rearward section of the arm and structured to resist rotation of the arm about the horizontal pivot axis.

[0225] P76. The cable management system of P75 wherein the arm comprises the spring.

[0226] P77. The cable management system of P76 wherein the spring is a gas spring.

[0227] P78. The cable management system of any one of P76 to P77 wherein the spring is coupled to the rearward section of the arm at least approximately 12 inches from the horizontal pivot axis.

[0228] P79. The cable management system of any one of P76 to P78 wherein the spring is coupled to the rearward section of the arm at least approximately 16 inches from the horizontal pivot axis.

[0229] P80. The cable management system of any one of P76 to P79 wherein the spring is coupled to the rearward section of the arm at least approximately 18 inches from the horizontal pivot axis.

[0230] P81. The cable management system of any one of P76 to P80 wherein the spring is coupled to the rearward section of the arm at least approximately 20 inches from the horizontal pivot axis.

[0231] P82. The cable management system of any one of P76 to P81 wherein the spring is coupled to the rearward section of the arm at least approximately 22 inches from the horizontal pivot axis.

[0232] P83. The cable management system of any one of P76 to P82 wherein the spring is coupled to the rearward section of the arm approximately 12 inches to approximately 36 inches from the horizontal pivot axis.

[0233] P84. The cable management system of any one of P76 to P83 wherein the arm comprises a beam structured to rotate about the horizontal pivot axis, and wherein the spring is coupled to and positioned between the support plate and the beam.

[0234] P85. The cable management system of P84 wherein the spring is selectively positionable at multiple locations along the arm and / or the support plate.

[0235] P86. The cable management system of any one of P67 to P85 wherein the arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 30 inches outward from the support column.Dkt. No.: XXXXXX.002WO1 Page 38 of 81 2025-12-11 PCT Patent Application

[0236] P87. The cable management system of any one of P67 to P86 wherein the arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 28 inches outward from the support column.

[0237] P88. The cable management system of any one of P67 to P87 wherein the arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 24 inches outward from the support column.

[0238] P89. The cable management system of any one of P67 to P88 wherein the arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 20 inches outward from the support column.

[0239] P90. The cable management system of any one of P67 to P89 wherein the arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 18 inches outward from the support column.

[0240] P91. The cable management system of any one of P67 to P90 wherein the arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 16 inches outward from the support column.

[0241] P92. The cable management system of any one of P67 to P91 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

[0242] P93. The cable management system of any one of P67 to P92 wherein the base includes a strut channel, and wherein the support column is coupled to the strut channel.

[0243] P94. The cable management system of any one of P67 to P93 wherein the support column is selectively positionable at multiple locations on the base.

[0244] P95. The cable management system of any one of P67 to P94 wherein the support column is slidingly coupled to the base.

[0245] P96. The cable management system of any one of P67 to P95 wherein the support column has an adjustable length.

[0246] P97. The cable management system of P96 wherein the length of the support column is adjustable telescopically.

[0247] P98. The cable management system of any one of P67 to P97 wherein the support column comprises a mounting plate coupled to the base and tubing coupled toDkt. No.: XXXXXX.002WO1 Page 39 of 81 2025-12-11 PCT Patent Applicationthe mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

[0248] P99. The cable management system of any one of P67 to P98 wherein the arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

[0249] P100. The cable management system of any one of P67 to P99 wherein the rotation restrictor is one rotation restrictor, and wherein the cable management system comprises another rotation restrictor structured to limit rotation of the arm relative to the support column.

[0250] P101. An electric vehicle charging system comprising: the cable management system of any one of P67 to P100; and an electric vehicle charger comprising: a charge cable coupled to and routed along the arm; and a charger plug hanging from a distal end of the arm.

[0251] P102. The electric vehicle charging system of P101 comprising a charger unit coupled to the base and / or the support column.

[0252] P103. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a ceiling of a structure; a support column coupled to and extending downward from the base; and an arm coupled to the support column, the arm extending outward horizontally or approximately horizontally from opposite sides of the support column; wherein the arm is structured to rotate about a vertical pivot axis and a horizontal pivot axis.

[0253] P104. The cable management system of P103 wherein the horizontal pivot axis is horizontally offset from the vertical pivot axis.

[0254] P105. The cable management system of any one of P103 to P104 wherein the arm comprises a counterweight and / or a spring structured to resist downward rotation of the arm about the horizontal pivot axis, and wherein the counterweight and / or the spring is positioned on one side of the vertical pivot axis and the horizontal pivot axis is positioned on an opposite side of the vertical pivot axis from the counterweight and / or the spring.

[0255] P106. The cable management system of P105 wherein the arm comprises the spring.

[0256] P107. The cable management system of P106 wherein the spring is a gas spring.

[0257] P108. The cable management system of any one of P106 to P107 wherein the arm comprises a support plate coupled to the support column and a beam structured to rotate about the horizontal pivot axis, and wherein the spring is coupled to and positioned between the support plate and the beam.Dkt. No.: XXXXXX.002WO1 Page 40 of 81 2025-12-11 PCT Patent Application

[0258] P109. An electric vehicle charging system comprising: the cable management system of any one of P103 to P108; and an electric vehicle charger comprising: a charge cable coupled to and routed along the arm; and a charger plug hanging from a distal end of the arm.

[0259] P110. The electric vehicle charging system of P109 comprising a charger unit coupled to the base and / or the support column.

[0260] Pill. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a ceiling of a structure; a support column coupled to and extending downward from the base; and an arm coupled to the support column, the arm comprising: a forward section and a rearward section extending outward from the support column in opposite directions, the forward section extending outward horizontally or approximately horizontally from the support column; and a counterweight and / or a spring positioned on the rearward section of the arm, the counterweight and / or the spring being structured to resist downward rotation of the forward section of the arm.

[0261] P112. The cable management system of Pill wherein the arm comprises the counterweight.

[0262] P113. The cable management system of any one of Pill to P112 wherein the arm comprises the spring.

[0263] P114. The cable management system of P113 wherein the spring is a gas spring.

[0264] P115. The cable management system of any one of P113 to P114 wherein the arm comprises a support plate coupled to the support column and a beam structured to rotate about a horizontal pivot axis, and wherein the spring is coupled to and positioned between the support plate and the beam.

[0265] P116. An electric vehicle charging system comprising: the cable management system of any one of Pill to P115; and an electric vehicle charger comprising: a charge cable coupled to and routed along the arm; and a charger plug hanging from a distal end of the arm.

[0266] P117. The electric vehicle charging system of P116 comprising a charger unit coupled to the base and / or the support column.

[0267] P118. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm; and a second arm coupled to the support column, the second arm comprising a forward section and a rearward section extending outward from the support column in opposite directions;Dkt. No.: XXXXXX.002WO1 Page 41 of 81 2025-12-11 PCT Patent Applicationwherein the second arm is structured to rotate between a first configuration where the forward section extends outward from the support column horizontally or approximately horizontally and a second configuration where the forward section extends outward from the support column at a downwardly sloping angle.

[0268] P119. The cable management system of P118 wherein the rearward section of the second arm extends outward from the support column at an upwardly sloping angle in the second configuration.

[0269] P120. The cable management system of any one of P118 to P119 wherein the second arm is structured to rotate about a vertical pivot axis, and wherein the second arm is horizontally offset from the vertical pivot axis.

[0270] P121. The cable management system of any one of P118 to P120 wherein the second arm includes a support plate having a forward section and a rearward section extending outward from the support column in opposite directions; wherein the second arm is rotatably coupled to the forward section of the support plate and is rotatable between the first configuration and the second configuration about a horizontal pivot axis; and wherein the rearward section of the support plate includes a rotation restrictor structured to limit rotation of the second arm about the horizontal pivot axis.

[0271] P122. The cable management system of any one of P118 to P121 wherein the support column extends through an opening in the first arm, and wherein the second arm is rotatably coupled to the support column.

[0272] P123. The cable management system of any one of Pl 18 to P122 comprising a support brace coupled to the first arm and structured to be coupled to the wall and / or a ceiling of the structure.

[0273] P124. The cable management system of any one of Pl 18 to P123 wherein the second arm comprises a counterweight and / or a spring positioned on the rearward section of the second arm and structured to resist rotation of the second arm from the first configuration to the second configuration.

[0274] P125. The cable management system of P124 wherein the second arm comprises the spring.

[0275] P126. The cable management system of P125 wherein the spring is a gas spring.

[0276] P127. The cable management system of any one of P125 to P126 wherein the second arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the second arm at least approximately 12 inches from the horizontal pivot axis.Dkt. No.: XXXXXX.002WO1 Page 42 of 81 2025-12-11 PCT Patent Application

[0277] P128. The cable management system of any one of P125 to P127 wherein the second arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the second arm at least approximately 16 inches from the horizontal pivot axis.

[0278] P129. The cable management system of any one of P125 to P128 wherein the second arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the second arm at least approximately 18 inches from the horizontal pivot axis.

[0279] P130. The cable management system of any one of P125 to P129 wherein the second arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the second arm at least approximately 20 inches from the horizontal pivot axis.

[0280] P131. The cable management system of any one of P125 to P130 wherein the second arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the second arm at least approximately 22 inches from the horizontal pivot axis.

[0281] P132. The cable management system of any one of P125 to P131 wherein the second arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the second arm approximately 12 inches to approximately 36 inches from the horizontal pivot axis.

[0282] P133. The cable management system of any one of P125 to P132 wherein the second arm comprises a support plate coupled to the support column and a beam structured to rotate between the first configuration and the second configuration, and wherein the spring is coupled to and positioned between the support plate and the beam.

[0283] P134. The cable management system of P133 wherein the spring is selectively positionable at multiple locations along the second arm and / or the support plate.

[0284] P135. The cable management system of any one of Pl 18 to P134 wherein the rearward section extends no more than approximately 30 inches outward from the support column.

[0285] P136. The cable management system of any one of Pl 18 to P135 wherein the rearward section extends no more than approximately 28 inches outward from the support column.Dkt. No.: XXXXXX.002WO1 Page 43 of 81 2025-12-11 PCT Patent Application

[0286] P137. The cable management system of any one of Pl 18 to P136 wherein the rearward section extends no more than approximately 24 inches outward from the support column.

[0287] P138. The cable management system of any one of Pl 18 to P137 wherein the rearward section extends no more than approximately 20 inches outward from the support column.

[0288] P139. The cable management system of any one of Pl 18 to P138 wherein the rearward section extends no more than approximately 18 inches outward from the support column.

[0289] P140. The cable management system of any one of Pl 18 to P139 wherein the rearward section extends no more than approximately 16 inches outward from the support column.

[0290] P141. The cable management system of any one of P118 to P140 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

[0291] P142. The cable management system of any one of Pl 18 to P141 wherein the base includes a strut channel, and wherein the support column is coupled to the strut channel.

[0292] P143. The cable management system of any one of Pl 18 to P142 wherein the first arm is selectively positionable at multiple locations on the base.

[0293] P144. The cable management system of any one of Pl 18 to P143 wherein the first arm is slidingly coupled to the base.

[0294] P145. The cable management system of any one of Pl 18 to P144 wherein the support column has an adjustable length.

[0295] P146. The cable management system of P145 wherein the length of the support column is adjustable telescopically.

[0296] P147. The cable management system of any one of Pl 18 to P146 wherein the support column comprises a mounting plate coupled to the base and tubing coupled to the mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

[0297] P148. The cable management system of any one of Pl 18 to P147 wherein the second arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

[0298] P149. The cable management system of any one of Pl 18 to P148 comprising a rotation restrictor structured to limit rotation of the second arm relative to the support column.Dkt. No.: XXXXXX.002WO1 Page 44 of 81 2025-12-11 PCT Patent Application

[0299] P150. An electric vehicle charging system comprising: the cable management system of any one of P118 to P149; and an electric vehicle charger comprising: a charge cable coupled to and routed along the second arm; and a charger plug hanging from a distal end of the second arm.

[0300] P151. The electric vehicle charging system of P150 comprising a charger unit coupled to the base, the first arm, and / or the support column.

[0301] P152. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm; and a second arm coupled to the support column, the second arm being structured to rotate about a vertical pivot axis; wherein the second arm extends outward horizontally or approximately horizontally from opposite sides of the support column; and wherein the second arm is horizontally offset from the vertical pivot axis.

[0302] P153. The cable management system of P152 wherein the second arm comprises a beam extending outward horizontally or approximately horizontally from opposite sides of the support column, and wherein the beam is horizontally offset from the vertical pivot axis.

[0303] P154. The cable management system of any one of P152 to P153 wherein the second arm comprises a support plate coupled to the support column and a beam coupled to the support plate, and wherein the vertical pivot axis and the beam are positioned on opposite sides of the support plate.

[0304] P155. The cable management system of any one of P152 to P154 wherein the second arm comprises a support plate coupled to the support column and a beam coupled to the support plate; wherein the vertical pivot axis is defined by a pivot shaft; and wherein the pivot shaft and the beam are positioned on opposite sides of the support plate.

[0305] P156. The cable management system of any one of P152 to P155 wherein the second arm is structured to rotate about a horizontal pivot axis, and wherein the horizontal pivot axis is horizontally offset from the vertical pivot axis.

[0306] P157. The cable management system of any one of P152 to P156 wherein the second arm includes a support plate having a forward section and a rearward section extending outward from the support column in opposite directions; wherein the second arm is rotatably coupled to the forward section of the support plate and is rotatable about a horizontal pivot axis; and wherein the rearward section of the support plate includes a rotation restrictor structured to limit rotation of the second arm about the horizontal pivot axis.Dkt. No.: XXXXXX.002WO1 Page 45 of 81 2025-12-11 PCT Patent Application

[0307] P158. The cable management system of any one of P152 to P157 wherein the support column extends through an opening in the first arm.

[0308] P159. The cable management system of any one of P152 to P158 comprising a support brace coupled to the first arm and structured to be coupled to the wall and / or a ceiling of the structure.

[0309] P160. The cable management system of any one of P152 to P159 wherein the second arm is structured to rotate about a horizontal pivot axis, and wherein the second arm comprises: a forward section and a rearward section extending outward from the opposite sides of the support column; and a counterweight and / or a spring positioned on the rearward section of the second arm and structured to resist rotation of the second arm about the horizontal pivot axis.

[0310] P161. The cable management system of P160 wherein the second arm comprises the spring.

[0311] P162. The cable management system of P161 wherein the spring is a gas spring.

[0312] P163. The cable management system of any one of P161 to P162 wherein the spring is coupled to the rearward section of the second arm at least approximately 12 inches from the horizontal pivot axis.

[0313] P164. The cable management system of any one of P161 to P163 wherein the spring is coupled to the rearward section of the second arm at least approximately 16 inches from the horizontal pivot axis.

[0314] P165. The cable management system of any one of P161 to P164 wherein the spring is coupled to the rearward section of the second arm at least approximately 18 inches from the horizontal pivot axis.

[0315] P166. The cable management system of any one of P161 to P165 wherein the spring is coupled to the rearward section of the second arm at least approximately 20 inches from the horizontal pivot axis.

[0316] P167. The cable management system of any one of P161 to P166 wherein the spring is coupled to the rearward section of the second arm at least approximately 22 inches from the horizontal pivot axis.

[0317] P168. The cable management system of any one of P161 to P167 wherein the spring is coupled to the rearward section of the second arm approximately 12 inches to approximately 36 inches from the horizontal pivot axis.

[0318] P169. The cable management system of any one of P161 to P168 wherein the second arm comprises a support plate coupled to the support column and a beamDkt. No.: XXXXXX.002WO1 Page 46 of 81 2025-12-11 PCT Patent Applicationstructured to rotate about the horizontal pivot axis, and wherein the spring is coupled to and positioned between the support plate and the beam.

[0319] P170. The cable management system of P169 wherein the spring is selectively positionable at multiple locations along the second arm and / or the support plate.

[0320] P171. The cable management system of any one of P152 to P170 wherein the second arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 30 inches outward from the support column.

[0321] P172. The cable management system of any one of P152 to P171 wherein the second arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 28 inches outward from the support column.

[0322] P173. The cable management system of any one of P152 to P172 wherein the second arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 24 inches outward from the support column.

[0323] P174. The cable management system of any one of P152 to P173 wherein the second arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 20 inches outward from the support column.

[0324] P175. The cable management system of any one of P152 to P174 wherein the second arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 18 inches outward from the support column.

[0325] P176. The cable management system of any one of P152 to P175 wherein the second arm comprises a forward section and a rearward section extending outward from the opposite sides of the support column, and wherein the rearward section extends no more than approximately 16 inches outward from the support column.

[0326] P177. The cable management system of any one of P152 to P176 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

[0327] P178. The cable management system of any one of P152 to P177 wherein the base includes a strut channel, and wherein the support column is coupled to the strut channel.

[0328] P179. The cable management system of any one of P152 to P178 wherein the first arm is selectively positionable at multiple locations on the base.Dkt. No.: XXXXXX.002WO1 Page 47 of 81 2025-12-11 PCT Patent Application

[0329] P180. The cable management system of any one of P152 to P179 wherein the first arm is slidingly coupled to the base.

[0330] P181. The cable management system of any one of P152 to P180 wherein the support column has an adjustable length.

[0331] P182. The cable management system of P181 wherein the length of the support column is adjustable telescopically.

[0332] P183. The cable management system of any one of P152 to P182 wherein the support column comprises a mounting plate coupled to the base and tubing coupled to the mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

[0333] P184. The cable management system of any one of P152 to P183 wherein the second arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

[0334] P185. The cable management system of any one of P152 to P184 comprising a rotation restrictor structured to limit rotation of the second arm relative to the support column.

[0335] P186. An electric vehicle charging system comprising: the cable management system of any one of P152 to P185; and an electric vehicle charger comprising: a charge cable coupled to and routed along the second arm; and a charger plug hanging from a distal end of the second arm.

[0336] P187. The electric vehicle charging system of P186 comprising a charger unit coupled to the base, the first arm, and / or the support column.

[0337] P188. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm; and a second arm coupled to the support column, the second arm including a support plate having a forward section and a rearward section extending outward from the support column in opposite directions, the second arm being rotatably coupled to the forward section of the support plate and rotatable about a horizontal pivot axis; and a rotation restrictor positioned on the rearward section of the support plate and structured to limit rotation of the second arm about the horizontal pivot axis.

[0338] P189. The cable management system of P188 wherein the second arm includes a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rotation restrictor limits downward rotation of the forward section of the second arm.Dkt. No.: XXXXXX.002WO1 Page 48 of 81 2025-12-11 PCT Patent Application

[0339] P190. The cable management system of any one of P188 to P189 wherein the second arm includes a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rotation restrictor limits upward rotation of the forward section of the second arm.

[0340] P191. The cable management system of any one of P188 to P190 wherein the rotation restrictor includes an opening in the support plate.

[0341] P192. The cable management system of P191 wherein the opening is a slot in the support plate.

[0342] P193. The cable management system of any one of P188 to P192 wherein the rotation restrictor includes a tab extending outward from the support plate.

[0343] P194. The cable management system of any one of P188 to P193 wherein the rotation restrictor includes a rotation stop and a rotation limiter coupled to the second arm, and wherein the rotation limiter contacts the rotation stop to limit rotation of the second arm about the horizontal pivot axis.

[0344] P195. The cable management system of P194 wherein the rotation stop includes a slot and the rotation limiter includes a post extending through the slot, and wherein the post moves along the slot as the second arm rotates about the horizontal pivot axis.

[0345] P196. The cable management system of any one of P194 to P195 wherein the support column extends through an opening in the first arm, and wherein the second arm is rotatably coupled to the support column.

[0346] P197. The cable management system of any one of P194 to P196 comprising a support brace coupled to the first arm and structured to be coupled to the wall and / or a ceiling of the structure.

[0347] P198. The cable management system of any one of P188 to P197 wherein the second arm comprises: a forward section and a rearward section extending outward from the support column in opposite directions; and a counterweight and / or a spring positioned on the rearward section of the second arm and structured to resist rotation of the second arm about the horizontal pivot axis.

[0348] P199. The cable management system of P198 wherein the second arm comprises the spring.

[0349] P200. The cable management system of P199 wherein the spring is a gas spring.

[0350] P201. The cable management system of any one of P199 to P200 wherein the spring is coupled to the rearward section of the second arm at least approximately 12 inches from the horizontal pivot axis.Dkt. No.: XXXXXX.002WO1 Page 49 of 81 2025-12-11 PCT Patent Application

[0351] P202. The cable management system of any one of P199 to P201 wherein the spring is coupled to the rearward section of the second arm at least approximately 16 inches from the horizontal pivot axis.

[0352] P203. The cable management system of any one of P199 to P202 wherein the spring is coupled to the rearward section of the second arm at least approximately 18 inches from the horizontal pivot axis.

[0353] P204. The cable management system of any one of P199 to P203 wherein the spring is coupled to the rearward section of the second arm at least approximately 20 inches from the horizontal pivot axis.

[0354] P205. The cable management system of any one of P199 to P204 wherein the spring is coupled to the rearward section of the second arm at least approximately 22 inches from the horizontal pivot axis.

[0355] P206. The cable management system of any one of P199 to P205 wherein the spring is coupled to the rearward section of the second arm approximately 12 inches to approximately 36 inches from the horizontal pivot axis.

[0356] P207. The cable management system of any one of P199 to P206 wherein the second arm comprises a beam structured to rotate about the horizontal pivot axis, and wherein the spring is coupled to and positioned between the support plate and the beam.

[0357] P208. The cable management system of P207 wherein the spring is selectively positionable at multiple locations along the second arm and / or the support plate.

[0358] P209. The cable management system of any one of P188 to P208 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 30 inches outward from the support column.

[0359] P210. The cable management system of any one of P188 to P209 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 28 inches outward from the support column.

[0360] P211. The cable management system of any one of P188 to P210 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 24 inches outward from the support column.

[0361] P212. The cable management system of any one of P188 to P211 wherein the second arm comprises a forward section and a rearward section extending outwardDkt. No.: XXXXXX.002WO1 Page 50 of 81 2025-12-11 PCT Patent Applicationfrom the support column in opposite directions, and wherein the rearward section extends no more than approximately 20 inches outward from the support column.

[0362] P213. The cable management system of any one of P188 to P212 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 18 inches outward from the support column.

[0363] P214. The cable management system of any one of P188 to P213 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 16 inches outward from the support column.

[0364] P215. The cable management system of any one of P188 to P214 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

[0365] P216. The cable management system of any one of P188 to P215 wherein the base includes a strut channel, and wherein the support column is coupled to the strut channel.

[0366] P217. The cable management system of any one of P188 to P216 wherein the first arm is selectively positionable at multiple locations on the base.

[0367] P218. The cable management system of any one of P188 to P217 wherein the first arm is slidingly coupled to the base.

[0368] P219. The cable management system of any one of P188 to P218 wherein the support column has an adjustable length.

[0369] P220. The cable management system of P219 wherein the length of the support column is adjustable telescopically.

[0370] P221. The cable management system of any one of P188 to P220 wherein the support column comprises a mounting plate coupled to the base and tubing coupled to the mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

[0371] P222. The cable management system of any one of P188 to P221 wherein the second arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

[0372] P223. The cable management system of any one of P188 to P222 wherein the rotation restrictor is one rotation restrictor, the cable management system comprising another rotation restrictor structured to limit rotation of the second arm relative to the support column.Dkt. No.: XXXXXX.002WO1 Page 51 of 81 2025-12-11 PCT Patent Application

[0373] P224. An electric vehicle charging system comprising: the cable management system of any one of P188 to P223; and an electric vehicle charger comprising: a charge cable coupled to and routed along the second arm; and a charger plug hanging from a distal end of the second arm.

[0374] P225. The electric vehicle charging system of P224 comprising a charger unit coupled to the base, the first arm, and / or the support column.

[0375] P226. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm, the support column extending through an opening in the first arm; and a second arm rotatably coupled to the support column.

[0376] P227. The cable management system of P226 wherein the support column is a pivot shaft about which the second arm rotates.

[0377] P228. The cable management system of P227 wherein one end of the pivot shaft is coupled to the first arm with a thread engagement.

[0378] P229. The cable management system of P228 wherein the thread engagement includes a nut that engages corresponding threads on the pivot shaft.

[0379] P230. The cable management system of any one of P226 to P229 comprising a support brace coupled to the first arm and structured to be coupled to the wall and / or a ceiling of the structure.

[0380] P231. The cable management system of any one of P226 to P230 wherein the second arm is structured to rotate about a horizontal pivot axis, and wherein the second arm comprises: a forward section and a rearward section extending outward from the support column in opposite directions; and a counterweight and / or a spring positioned on the rearward section of the second arm and structured to resist rotation of the second arm about the horizontal pivot axis.

[0381] P232. The cable management system of P231 wherein the second arm comprises the spring.

[0382] P233. The cable management system of P232 wherein the spring is a gas spring.

[0383] P234. The cable management system of any one of P232 to P233 wherein the spring is coupled to the rearward section of the second arm at least approximately 12 inches from the horizontal pivot axis.Dkt. No.: XXXXXX.002WO1 Page 52 of 81 2025-12-11 PCT Patent Application

[0384] P235. The cable management system of any one of P232 to P234 wherein the spring is coupled to the rearward section of the second arm at least approximately 16 inches from the horizontal pivot axis.

[0385] P236. The cable management system of any one of P232 to P235 wherein the spring is coupled to the rearward section of the second arm at least approximately 18 inches from the horizontal pivot axis.

[0386] P237. The cable management system of any one of P232 to P236 wherein the spring is coupled to the rearward section of the second arm at least approximately 20 inches from the horizontal pivot axis.

[0387] P238. The cable management system of any one of P232 to P237 wherein the spring is coupled to the rearward section of the second arm at least approximately 22 inches from the horizontal pivot axis.

[0388] P239. The cable management system of any one of P232 to P238 wherein the spring is coupled to the rearward section of the second arm approximately 12 inches to approximately 36 inches from the horizontal pivot axis.

[0389] P240. The cable management system of any one of P232 to P239 wherein the second arm comprises a support plate coupled to the support column and a beam structured to rotate about the horizontal pivot axis, and wherein the spring is coupled to and positioned between the support plate and the beam.

[0390] P241. The cable management system of P240 wherein the spring is selectively positionable at multiple locations along the second arm and / or the support plate.

[0391] P242. The cable management system of any one of P226 to P241 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 30 inches outward from the support column.

[0392] P243. The cable management system of any one of P226 to P242 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 28 inches outward from the support column.

[0393] P244. The cable management system of any one of P226 to P243 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 24 inches outward from the support column.

[0394] P245. The cable management system of any one of P226 to P244 wherein the second arm comprises a forward section and a rearward section extending outwardDkt. No.: XXXXXX.002WO1 Page 53 of 81 2025-12-11 PCT Patent Applicationfrom the support column in opposite directions, and wherein the rearward section extends no more than approximately 20 inches outward from the support column.

[0395] P246. The cable management system of any one of P226 to P245 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 18 inches outward from the support column.

[0396] P247. The cable management system of any one of P226 to P246 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 16 inches outward from the support column.

[0397] P248. The cable management system of any one of P226 to P247 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

[0398] P249. The cable management system of any one of P226 to P248 wherein the base includes a strut channel, and wherein the support column is coupled to the strut channel.

[0399] P250. The cable management system of any one of P226 to P249 wherein the first arm is selectively positionable at multiple locations on the base.

[0400] P251. The cable management system of any one of P226 to P250 wherein the first arm is slidingly coupled to the base.

[0401] P252. The cable management system of any one of P226 to P251 wherein the support column has an adjustable length.

[0402] P253. The cable management system of P252 wherein the length of the support column is adjustable telescopically.

[0403] P254. The cable management system of any one of P226 to P253 wherein the support column comprises a mounting plate coupled to the base and tubing coupled to the mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

[0404] P255. The cable management system of any one of P226 to P254 wherein the second arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

[0405] P256. The cable management system of any one of P226 to P255 comprising a rotation restrictor structured to limit rotation of the second arm relative to the support column.

[0406] P257. An electric vehicle charging system comprising: the cable management system of any one of P226 to P256; and an electric vehicle charger comprising: aDkt. No.: XXXXXX.002WO1 Page 54 of 81 2025-12-11 PCT Patent Applicationcharge cable coupled to and routed along the second arm; and a charger plug hanging from a distal end of the second arm.

[0407] P258. The electric vehicle charging system of P257 comprising a charger unit coupled to the base, the first arm, and / or the support column.

[0408] P259. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support brace coupled to the first arm and structured to be coupled to the wall and / or a ceiling of the structure; a support column coupled to and extending downward from the first arm; and a second arm rotatably coupled to the support column.

[0409] P260. The cable management system of P259 wherein the base is a first base, the cable management system comprising a second base structured to be coupled to the wall and / or the ceiling of the structure, and wherein the support brace is coupled to and extends between the second base and the first arm.

[0410] P261. The cable management system of P260 wherein the support brace is selectively positionable at multiple locations on the second base.

[0411] P262. The cable management system of any one of P260 to P261 wherein the support brace is slidingly coupled to the second base.

[0412] P263. The cable management system of any one of P259 to P262 wherein the support brace is coupled to the wall.

[0413] P264. The cable management system of any one of P259 to P263 wherein the support brace is coupled to the ceiling.

[0414] P265. The cable management system of any one of P259 to P264 wherein the support brace includes a strap.

[0415] P266. The cable management system of any one of P259 to P265 wherein the support brace includes a ratchet strap.

[0416] P267. The cable management system of any one of P259 to P266 wherein the support brace includes a turnbuckle.

[0417] P268. The cable management system of any one of P259 to P267 wherein the support brace includes a chain.

[0418] P269. The cable management system of any one of P259 to P268 wherein the support brace is partially or entirely rigid.

[0419] P270. The cable management system of any one of P259 to P269 wherein the support brace comprises: a first anchor coupled to the wall and / or a ceiling; a second anchor coupled to the first arm; and a main body extending between the first anchor and the second anchor.Dkt. No.: XXXXXX.002WO1 Page 55 of 81 2025-12-11 PCT Patent Application

[0420] P271. The cable management system of any one of P259 to P270 wherein the second arm is structured to rotate about a horizontal pivot axis, and wherein the second arm comprises: a forward section and a rearward section extending outward from the support column in opposite directions; and a counterweight and / or a spring positioned on the rearward section of the second arm and structured to resist rotation of the second arm about the horizontal pivot axis.

[0421] P272. The cable management system of P271 wherein the second arm comprises the spring.

[0422] P273. The cable management system of P272 wherein the spring is a gas spring.

[0423] P274. The cable management system of any one of P272 to P273 wherein the spring is coupled to the rearward section of the second arm at least approximately 12 inches from the horizontal pivot axis.

[0424] P275. The cable management system of any one of P272 to P274 wherein the spring is coupled to the rearward section of the second arm at least approximately 16 inches from the horizontal pivot axis.

[0425] P276. The cable management system of any one of P272 to P275 wherein the spring is coupled to the rearward section of the second arm at least approximately 18 inches from the horizontal pivot axis.

[0426] P277. The cable management system of any one of P272 to P276 wherein the spring is coupled to the rearward section of the second arm at least approximately 20 inches from the horizontal pivot axis.

[0427] P278. The cable management system of any one of P272 to P277 wherein the spring is coupled to the rearward section of the second arm at least approximately 22 inches from the horizontal pivot axis.

[0428] P279. The cable management system of any one of P272 to P278 wherein the spring is coupled to the rearward section of the second arm approximately 12 inches to approximately 36 inches from the horizontal pivot axis.

[0429] P280. The cable management system of any one of P272 to P279 wherein the second arm comprises a support plate coupled to the support column and a beam structured to rotate about the horizontal pivot axis, and wherein the spring is coupled to and positioned between the support plate and the beam.

[0430] P281. The cable management system of P280 wherein the spring is selectively positionable at multiple locations along the second arm and / or the support plate.Dkt. No.: XXXXXX.002WO1 Page 56 of 81 2025-12-11 PCT Patent Application

[0431] P282. The cable management system of any one of P259 to P281 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 30 inches outward from the support column.

[0432] P283. The cable management system of any one of P259 to P282 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 28 inches outward from the support column.

[0433] P284. The cable management system of any one of P259 to P283 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 24 inches outward from the support column.

[0434] P285. The cable management system of any one of P259 to P284 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 20 inches outward from the support column.

[0435] P286. The cable management system of any one of P259 to P285 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 18 inches outward from the support column.

[0436] P287. The cable management system of any one of P259 to P286 wherein the second arm comprises a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rearward section extends no more than approximately 16 inches outward from the support column.

[0437] P288. The cable management system of any one of P259 to P287 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

[0438] P289. The cable management system of any one of P259 to P288 wherein the base includes a strut channel, and wherein the support column is coupled to the strut channel.

[0439] P290. The cable management system of any one of P259 to P289 wherein the first arm is selectively positionable at multiple locations on the base.

[0440] P291. The cable management system of any one of P259 to P290 wherein the first arm is slidingly coupled to the base.

[0441] P292. The cable management system of any one of P259 to P291 wherein the support column has an adjustable length.Dkt. No.: XXXXXX.002WO1 Page 57 of 81 2025-12-11 PCT Patent Application

[0442] P293. The cable management system of P292 wherein the length of the support column is adjustable telescopically.

[0443] P294. The cable management system of any one of P259 to P293 wherein the support column comprises a mounting plate coupled to the base and tubing coupled to the mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

[0444] P295. The cable management system of any one of P259 to P294 wherein the second arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

[0445] P296. The cable management system of any one of P259 to P295 comprising a rotation restrictor structured to limit rotation of the second arm relative to the support column.

[0446] P297. An electric vehicle charging system comprising: the cable management system of any one of P259 to P296; and an electric vehicle charger comprising: a charge cable coupled to and routed along the second arm; and a charger plug hanging from a distal end of the second arm.

[0447] P298. The electric vehicle charging system of P297 comprising a charger unit coupled to the base, the first arm, the support brace, and / or the support column.

[0448] P299. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm; and a second arm coupled to the support column, the second arm extending outward horizontally or approximately horizontally from opposite sides of the support column; wherein the second arm is structured to rotate about a vertical pivot axis and a horizontal pivot axis.

[0449] P300. The cable management system of P299 wherein the horizontal pivot axis is horizontally offset from the vertical pivot axis.

[0450] P301. The cable management system of any one of P299 to P300 wherein the second arm comprises a counterweight and / or a spring structured to resist downward rotation of the second arm about the horizontal pivot axis, and wherein the counterweight and / or the spring is positioned on one side of the vertical pivot axis and the horizontal pivot axis is positioned on an opposite side of the vertical pivot axis from the spring.

[0451] P302. The cable management system of P301 wherein the second arm comprises the spring.Dkt. No.: XXXXXX.002WO1 Page 58 of 81 2025-12-11 PCT Patent Application

[0452] P303. The cable management system of P302 wherein the spring is a gas spring.

[0453] P304. The cable management system of any one of P302 to P303 wherein the second arm comprises a support plate coupled to the support column and a beam structured to rotate about the horizontal pivot axis, and wherein the spring is coupled to and positioned between the support plate and the beam.

[0454] P305. An electric vehicle charging system comprising: the cable management system of any one of P299 to P304; and an electric vehicle charger comprising: a charge cable coupled to and routed along the second arm; and a charger plug hanging from a distal end of the second arm.

[0455] P306. The electric vehicle charging system of P305 comprising a charger unit coupled to the base, the first arm, and / or the support column.

[0456] P307. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm; and a second arm coupled to the support column, the second arm comprising: a forward section and a rearward section extending outward from the support column in opposite directions, the forward section extending outward horizontally or approximately horizontally from the support column; and a counterweight and / or a spring positioned on the rearward section of the second arm, the counterweight and / or the spring being structured to resist downward rotation of the forward section of the second arm.

[0457] P308. The cable management system of P307 wherein the second arm comprises the counterweight.

[0458] P309. The cable management system of any one of P307 to P308 wherein the second arm comprises the spring.

[0459] P310. The cable management system of P309 wherein the spring is a gas spring.

[0460] P311. The cable management system of any one of P309 to P310 wherein the second arm comprises a support plate coupled to the support column and a beam, and wherein the spring is coupled to and positioned between the support plate and the beam.

[0461] P312. An electric vehicle charging system comprising: the cable management system of any one of P307 to P311; and an electric vehicle charger comprising: a charge cable coupled to and routed along the second arm; and a charger plug hanging from a distal end of the second arm.Dkt. No.: XXXXXX.002WO1 Page 59 of 81 2025-12-11 PCT Patent Application

[0462] P313. The electric vehicle charging system of P312 comprising a charger unit coupled to the base and / or the support column.General Terminology and Interpretative Conventions

[0463] The articles “the,” “a,” and “an” shall be interpreted as referring to both singular and plural forms. Additionally, unless preceded by the word “either” or similar language indicating exclusivity, the term “or” should be interpreted inclusively (for example, “x or y” refers to one or both x and y).

[0464] The term “and / or” shall be interpreted inclusively; for example, “x and / or y” refers to either x, y, or both. When “and / or” or “or” is used to connect three or more items, the phrase shall be interpreted to encompass any individual item, all items collectively, or any combination of the items.

[0465] The phrase “based on” shall be interpreted to mean an open set of conditions unless it is explicitly limited (for example, based on only a given condition). For instance, if a step is described as being based on a particular condition, it may depend on both the stated condition and additional unstated conditions.

[0466] The term “can,” when used as an auxiliary verb, indicates that the described subject matter optionally has the feature, aspect, ability, capacity, or the like, but it is not required in any given instance.

[0467] The terms "have," "having," "contain," "containing," "include," "including," and "characterized by" shall be construed as synonymous with "comprise" and "comprising" — that is, these terms are inclusive or open-ended and do not preclude additional, unrecited subject matter. The use of these terms shall also be interpreted as providing disclosure and support for narrower alternative embodiments in which these terms are substituted with "consisting of," "consisting of the recited subject matter plus impurities and / or trace amounts of other materials," or "consisting essentially of."

[0468] It shall be understood that features described in separate embodiments can be combined as a single embodiment. Similarly, features described together in a single embodiment can be implemented separately or in various subcombinations across multiple embodiments. Additionally, although certain features may be initially presented or claimed as part of specific combinations, it is possible to remove one or more features from a claimed combination so that the claim pertains to a subcombination or a variation thereof.

[0469] Numerous aspects or features are described as optional, often indicated by terms such as "can" or similar expressions. This document does not detail every possible combination or permutation arising from selecting among these optional elements. Nevertheless, all such combinations and permutations are consideredDkt. No.: XXXXXX.002WO1 Page 60 of 81 2025-12-11 PCT Patent Applicationexpressly disclosed herein. For instance, an item described with three optional aspects may be embodied in seven distinct configurations: any single aspect, any pair of aspects, or all three aspects incorporated together.

[0470] The methods described in this document shall not be interpreted to require steps to be performed in a particular order unless explicitly indicated or if it is impossible to do otherwise. The methods should be understood to provide support or basis for the steps to be carried out in any sequence.

[0471] The configurations presented in this document are provided as examples and do not encompass all possible implementations within the scope of the claims. The term “example” is used to indicate an instance or illustration, without implying that it is preferred or superior to other possibilities.

[0472] Unless otherwise indicated, all numerical values or expressions regarding dimensions, physical characteristics, or similar parameters in the specification (excluding the claims) shall be interpreted as qualified by the term “approximately.” Additionally, if there is an absence of functional, qualitative, or other interpretative guidelines, each numerical value identified as "approximately" within the specification and claims shall be interpreted based on the stated number of significant digits and / or standard rounding conventions, without limiting the application of the doctrine of equivalents to the claims.

[0473] All disclosed ranges shall be interpreted as encompassing, and providing support for, claims that specify any subranges or individual values contained within each stated range. For instance, if a range is described as 1 to 10, it is intended to include and support claims directed to all subranges and individual values falling between, and including, the minimum value of 1 and the maximum value of 10. This includes all subranges commencing at a value of 1 or higher and concluding at a value of 10 or lower (e.g., 5.5 to 10, 2.34 to 3.56), as well as any individual values from 1 to 10 (e.g., 3, 5.8, 9.9994). The values in the range may be recited independently, as a minimum value (e.g., at least 5.8), or as a maximum value (e.g., no more than 9.9994).

[0474] All disclosed numerical values shall be interpreted as variable within a range of 0-100% in either direction. This interpretation provides support for claims referencing these values, whether stated individually or as a minimum or maximum (e.g., at least <value> or no more than <value>), as well as any ranges or subranges that can be derived from such values. For instance, a specified value of 8 should be considered as extending from 0-16 (reflecting 100% variability in both directions) and supports claims referring to the entire range (e.g., 0-16), any subrange within this interval (e.g., 2-12.5), or any individual value within the range (e.g., 15.2), including its use as a minimum value (e.g., at least 4.3) or a maximum value (e.g., no more than 12.4).Dkt. No.: XXXXXX.002WO1 Page 61 of 81 2025-12-11 PCT Patent Application

[0475] The terms in the claims shall be interpreted according to their ordinary and customary meanings, as established by relevant entries in widely recognized general or technical dictionaries and by commonly accepted meanings within the pertinent field. The interpretation should reflect the broadest meaning derived from any single source or from a combination of these sources (e.g., by synthesizing multiple dictionary definitions to arrive at the most comprehensive understanding), except under the following circumstances: (a) if a term is employed in a manner that extends beyond its ordinary usage, it should be accorded its customary meaning along with the broader meaning or (b) if a term is expressly defined within the document by language such as “as used in this document <term> shall mean,” “this term means,” “this term is defined as,” or “for the purposes of this disclosure this term shall mean.” References to specific examples, use of “i.e.,” or use of the word “invention” are not intended to invoke exception (b) or to otherwise narrow the scope of the claim terms. Except where exception (b) applies, nothing in this document should be construed as a disclaimer or limitation of claim scope.

[0476] The limitations in the claims shall not be interpreted as invoking 35 U.S.C. 112(f) unless the claim specifically includes the terms “means for” or “step for.”

[0477] The subject matter recited in the claims is not coextensive with and should not be interpreted as coextensive with any embodiment, feature, or combination of features described or illustrated in this document. This is the case even if only one version of a feature or combination is depicted and discussed.Joining or Fastening Terminology and Interpretative Conventions

[0478] The term “coupled” means the joining of two members directly or indirectly to one another. Such joining can be stationary in nature or movable in nature. Such joining can be achieved with the two members or the two members and any additional intermediate members being integrally formed as a single unitary body with one another or with the two members or the two members and any additional intermediate member being attached to one another. Such joining can be permanent in nature or alternatively can be removable or releasable in nature.

[0479] The term “coupled” includes joining that is permanent in nature or releasable and / or removable in nature. Permanent joining refers to joining the components together in a manner that is not capable of being reversed or returned to the original condition. Releasable joining refers to joining the components together in a manner that is capable of being reversed or returned to the original condition.

[0480] Releasable joining can be further categorized based on the difficulty of releasing the components and / or whether the components are released as part of their ordinary operation and / or use. Quickly releasable joining (i.e., quick-release) refers to joining that can be released without the use of tools. Readily or easily releasableDkt. No.: XXXXXX.002WO1 Page 62 of 81 2025-12-11 PCT Patent Applicationjoining refers to joining that can be readily, easily, and / or promptly released with little or no difficulty or effort. Some joining can qualify as both quickly releasable joining and readily or easily releasable joining. Other joining can qualify as one of these types of joining but not the other. For example, one type of joining can be readily or easily releasable but also require the use of a tool.

[0481] Non-quickly releasable joining (i.e., non-quick-release) refers to joining that can only be released with the use of tools. Difficult or hard to release joining refers to joining that is difficult, hard, or arduous to release and / or requires substantial effort to release. Some joining can qualify as both non-quickly releasable joining and difficult or hard to release joining. Other joining can qualify as one of these types of joining but not the other. For example, one type of joining can require the use of a tool but may not be difficult or hard to release.

[0482] The joining can be released or intended to be released as part of the ordinary operation and / or use of the components or only in extraordinary situations and / or circumstances. In the latter case, the joining can be intended to remain joined for a long, indefinite period until the extraordinary circumstances arise.

[0483] It should be appreciated that the components can be joined together using any type of fastening method and / or fastener. The fastening method refers to the way the components are joined. A fastener is generally a separate component used in a mechanical fastening method to mechanically join the components together. A list of examples of fastening methods and / or fasteners is given below. The list is divided according to whether the fastening method and / or fastener is generally permanent, readily released, or difficult to release. A general reference to fastening or fasteners without specifying a particular fastening method(s) or fastener(s) should be interpreted as including any type of fastening method and / or fastener.

[0484] Examples of permanent fastening methods include welding, soldering, brazing, crimping, riveting, stapling, stitching, some types of nailing, some types of adhering, and some types of cementing. Examples of permanent fasteners include some types of nails, some types of dowel pins, most types of rivets, most types of staples, stitches, most types of structural ties, and toggle bolts.

[0485] Examples of readily releasable fastening methods include clamping, pinning, clipping, latching, clasping, buttoning, zipping, buckling, and tying. Examples of readily releasable fasteners include snap fasteners, retainer rings, circlips, split pins, linchpins, R-pins, clevis fasteners, cotter pins, latches, hook and loop fasteners (VELCRO), hook and eye fasteners, push pins, clips, clasps, clamps, zip ties, zippers, buttons, buckles, and / or confirmat fasteners.

[0486] Examples of difficult to release fastening methods include bolting, screwing, most types of threaded fastening, and some types of nailing. Examples of difficult toDkt. No.: XXXXXX.002WO1 Page 63 of 81 2025-12-11 PCT Patent Applicationrelease fasteners include bolts, screws, most types of threaded fasteners, some types of nails, some types of dowel pins, a few types of rivets, a few types of structural ties.

[0487] It should be appreciated that the fastening methods and fasteners are categorized above based on their most common configurations and / or applications. The fastening methods and fasteners can fall into other categories or multiple categories depending on their specific configurations and / or applications. For example, rope, string, wire, cable, chain, or the like can be permanent, readily releasable, or difficult to release depending on the application.Drawing Related Terminology and Interpretative Conventions

[0488] Reference numbers in the drawings and corresponding description refer to identical or similar elements although such numbers can be referenced in the context of different embodiments.

[0489] The drawings are intended to illustrate embodiments that are both drawn to scale and / or not drawn to scale. This means the drawings can be interpreted, for example, as showing: (a) everything drawn to scale, (b) nothing drawn to scale, or (c) one or more features drawn to scale and one or more features not drawn to scale. Accordingly, the drawings can serve to provide support to recite the sizes, proportions, and / or other dimensions of any of the illustrated features either alone or relative to each other. Furthermore, all such sizes, proportions, and / or other dimensions are to be understood as being variable from 0-100% in either direction and thus provide support for claims that recite such values or any ranges or subranges that can be formed by such values.

[0490] Spatial or directional terms, such as “left,” “right,” “front,” “back,” or the like, relate to the subject matter as it is shown in the drawings and / or how it is commonly oriented during manufacture, use, or the like. However, it is to be understood that the described subject matter can assume various alternative orientations and, accordingly, such terms are not to be considered as limiting.Incorporation by Reference

[0491] The entire content of each document listed below is incorporated by reference into this document (the documents below are collectively referred to as the “incorporated documents”). If the same term is used in both this document and one or more of the incorporated documents, then it should be interpreted to have the broadest meaning imparted by any one or combination of these sources unless the term has been explicitly defined to have a different meaning in this document. If there is an inconsistency between any incorporated document and this document, then this document shall govern. The incorporated subject matter should not be used to limit or narrow the scope of the explicitly recited or depicted subject matter.Dkt. No.: XXXXXX.002WO1 Page 64 of 81 2025-12-11 PCT Patent ApplicationBenefit / priority patent documents incorporated by reference:- U.S. App. No. 19 / 490,930), titled “Cable Management System for an Electric VehicleCharger,” filed on 6 Dec 2025.- Int’l Pat. Pub. No. WO 2024 / 254363 (App. No. PCT / US2024 / 032889), titled “CableManagement System for an Elective Vehicle Charger,” filed on 6 Jun 2024, published on 12 Dec 2024.- U.S. Prov. App. No. 63 / 506,365, titled “Electric Vehicle Cable Boom and ChargerMount,” filed on 6 Jun 2023.- U.S. Prov. App. No. 63 / 730,954, titled “Cable Management System for an ElectiveVehicle Charger,” filed on 11 Dec 2024.Dkt. No.: XXXXXX.002WO1 Page 65 of 81 2025-12-11 PCT Patent Application

Claims

CLAIMS:

1. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a ceiling of a structure; a support column coupled to and extending downward from the base; and an arm coupled to the support column, the arm comprising a forward section and a rearward section extending outward from the support column in opposite directions; wherein the arm is structured to rotate between a first configuration where the forward section extends outward from the support column horizontally or approximately horizontally and a second configuration where the forward section extends outward from the support column at a downwardly sloping angle.

2. The cable management system of claim 1 wherein the rearward section of the arm extends outward from the support column at an upwardly sloping angle in the second configuration.

3. The cable management system of claim 1 wherein the arm is structured to rotate about a vertical pivot axis, and wherein the arm is horizontally offset from the vertical pivot axis.

4. The cable management system of claim 1 wherein the arm includes a support plate having a forward section and a rearward section extending outward from the support column in opposite directions; wherein the arm is rotatably coupled to the forward section of the support plate and is rotatable between the first configuration and the second configuration about a horizontal pivot axis; and wherein the rearward section of the support plate includes a rotation restrictor structured to limit rotation of the arm about the horizontal pivot axis.

5. The cable management system of claim 1 wherein the arm comprises a counterweight and / or a spring positioned on the rearward section of the arm and structured to resist rotation of the arm from the first configuration to the second configuration.

6. The cable management system of claim 5 wherein the arm comprises the spring.

7. The cable management system of claim 6 wherein the spring is a gas spring.Dkt. No.: XXXXXX.002W01 Page 66 of 81 2025-12-11 PCT Patent Application8. The cable management system of claim 6 wherein the arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the arm at least approximately 12 inches from the horizontal pivot axis.

9. The cable management system of claim 6 wherein the arm comprises a support plate coupled to the support column and a beam structured to rotate between the first configuration and the second configuration, and wherein the spring is coupled to and positioned between the support plate and the beam.

10. The cable management system of claim 9 wherein the spring is selectively positionable at multiple locations along the arm and / or the support plate.

11. The cable management system of claim 1 wherein the rearward section extends no more than approximately 30 inches outward from the support column.

12. The cable management system of claim 1 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

13. The cable management system of claim 1 wherein the base includes a strut channel, and wherein the support column is coupled to the strut channel.

14. The cable management system of claim 1 wherein the support column is selectively positionable at multiple locations on the base.

15. The cable management system of claim 1 wherein the support column is slidingly coupled to the base.

16. The cable management system of claim 1 wherein the support column has an adjustable length.

17. The cable management system of claim 16 wherein the length of the support column is adjustable telescopically.

18. The cable management system of claim 1 wherein the support column comprises a mounting plate coupled to the base and tubing coupled to the mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

19. The cable management system of claim 1 wherein the arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.Dkt. No.: XXXXXX.002WO1 Page 67 of 81 2025-12-11 PCT Patent Application20. The cable management system of claim 1 comprising a rotation restrictor structured to limit rotation of the arm relative to the support column.

21. An electric vehicle charging system comprising: the cable management system of claim 1; and an electric vehicle charger comprising: a charge cable coupled to and routed along the arm; and a charger plug hanging from a distal end of the arm.

22. The electric vehicle charging system of claim 21 comprising a charger unit coupled to the base and / or the support column.

23. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a ceiling of a structure; a support column coupled to and extending downward from the base; and an arm coupled to the support column, the arm being structured to rotate about a vertical pivot axis; wherein the arm extends outward horizontally or approximately horizontally from opposite sides of the support column; and wherein the arm is horizontally offset from the vertical pivot axis.

24. The cable management system of claim 23 wherein the arm comprises a beam extending outward horizontally or approximately horizontally from opposite sides of the support column, and wherein the beam is horizontally offset from the vertical pivot axis.

25. The cable management system of claim 23 wherein the arm comprises a support plate coupled to the support column and a beam coupled to the support plate, and wherein the vertical pivot axis and the beam are positioned on opposite sides of the support plate.

26. The cable management system of claim 23 wherein the arm comprises a support plate coupled to the support column and a beam coupled to the support plate; wherein the vertical pivot axis is defined by a pivot shaft; and wherein the pivot shaft and the beam are positioned on opposite sides of the support plate.

27. The cable management system of claim 23 wherein the arm is structured to rotate about a horizontal pivot axis, and wherein the horizontal pivot axis is horizontally offset from the vertical pivot axis.Dkt. No.: XXXXXX.002WO1 Page 68 of 81 2025-12-11 PCT Patent Application28. The cable management system of claim 23 wherein the arm includes a support plate having a forward section and a rearward section extending outward from the support column in opposite directions; wherein the arm is rotatably coupled to the forward section of the support plate and is rotatable about a horizontal pivot axis; and wherein the rearward section of the support plate includes a rotation restrictor structured to limit rotation of the arm about the horizontal pivot axis.

29. The cable management system of claim 23 wherein the arm is structured to rotate about a horizontal pivot axis, and wherein the arm comprises: a forward section and a rearward section extending outward from the opposite sides of the support column; and a counterweight and / or a spring positioned on the rearward section of the arm and structured to resist rotation of the arm about the horizontal pivot axis.

30. The cable management system of claim 29 wherein the arm comprises the spring.

31. The cable management system of claim 23 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

32. The cable management system of claim 23 wherein the support column is slidingly coupled to the base.

33. The cable management system of claim 23 wherein the support column has an adjustable length.

34. The cable management system of claim 23 wherein the support column comprises a mounting plate coupled to the base and tubing coupled to the mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

35. The cable management system of claim 23 wherein the arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

36. The cable management system of claim 23 comprising a rotation restrictor structured to limit rotation of the arm relative to the support column.

37. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a ceiling of a structure; a support column coupled to and extending downward from the base; andDkt. No.: XXXXXX.002WO1 Page 69 of 81 2025-12-11 PCT Patent Applicationan arm coupled to the support column, the arm including a support plate having a forward section and a rearward section extending outward from the support column in opposite directions, the arm being rotatably coupled to the forward section of the support plate and rotatable about a horizontal pivot axis; and a rotation restrictor positioned on the rearward section of the support plate and structured to limit rotation of the arm about the horizontal pivot axis.

38. The cable management system of claim 37 wherein the arm includes a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rotation restrictor limits downward rotation of the forward section of the arm.

39. The cable management system of claim 37 wherein the arm includes a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rotation restrictor limits upward rotation of the forward section of the arm.

40. The cable management system of claim 37 wherein the rotation restrictor includes an opening in the support plate.

41. The cable management system of claim 40 wherein the opening is a slot in the support plate.

42. The cable management system of claim 37 wherein the rotation restrictor includes a tab extending outward from the support plate.

43. The cable management system of claim 37 wherein the rotation restrictor includes a rotation stop and a rotation limiter coupled to the arm, and wherein the rotation limiter contacts the rotation stop to limit rotation of the arm about the horizontal pivot axis.

44. The cable management system of claim 43 wherein the rotation stop includes a slot and the rotation limiter includes a post extending through the slot, and wherein the post moves along the slot as the arm rotates about the horizontal pivot axis.

45. The cable management system of claim 37 wherein the arm comprises: a forward section and a rearward section extending outward from the support column in opposite directions; and a counterweight and / or a spring positioned on the rearward section of the arm and structured to resist rotation of the arm about the horizontal pivot axis.

46. The cable management system of claim 37 wherein the arm comprises a forward section and a rearward section extending outward from the support columnDkt. No.: XXXXXX.002WO1 Page 70 of 81 2025-12-11 PCT Patent Applicationin opposite directions, and wherein the rearward section extends no more than approximately 30 inches outward from the support column.

47. The cable management system of claim 37 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

48. The cable management system of claim 37 wherein the support column is slidingly coupled to the base.

49. The cable management system of claim 37 wherein the support column has an adjustable length.

50. The cable management system of claim 37 wherein the support column comprises a mounting plate coupled to the base and tubing coupled to the mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

51. The cable management system of claim 37 wherein the arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

52. The cable management system of claim 37 wherein the rotation restrictor is one rotation restrictor, and wherein the cable management system comprises another rotation restrictor structured to limit rotation of the arm relative to the support column.

53. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a ceiling of a structure; a support column coupled to and extending downward from the base; and an arm coupled to the support column, the arm extending outward horizontally or approximately horizontally from opposite sides of the support column; wherein the arm is structured to rotate about a vertical pivot axis and a horizontal pivot axis.

54. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a ceiling of a structure; a support column coupled to and extending downward from the base; and an arm coupled to the support column, the arm comprising: a forward section and a rearward section extending outward from the support column in opposite directions, the forward section extending outward horizontally or approximately horizontally from the support column; andDkt. No.: XXXXXX.002WO1 Page 71 of 81 2025-12-11 PCT Patent Applicationa counterweight and / or a spring positioned on the rearward section of the arm, the counterweight and / or the spring being structured to resist downward rotation of the forward section of the arm.

55. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm; and a second arm coupled to the support column, the second arm comprising a forward section and a rearward section extending outward from the support column in opposite directions; wherein the second arm is structured to rotate between a first configuration where the forward section extends outward from the support column horizontally or approximately horizontally and a second configuration where the forward section extends outward from the support column at a downwardly sloping angle.

56. The cable management system of claim 55 wherein the rearward section of the second arm extends outward from the support column at an upwardly sloping angle in the second configuration.

57. The cable management system of claim 55 wherein the second arm is structured to rotate about a vertical pivot axis, and wherein the second arm is horizontally offset from the vertical pivot axis.

58. The cable management system of claim 55 wherein the second arm includes a support plate having a forward section and a rearward section extending outward from the support column in opposite directions; wherein the second arm is rotatably coupled to the forward section of the support plate and is rotatable between the first configuration and the second configuration about a horizontal pivot axis; and wherein the rearward section of the support plate includes a rotation restrictor structured to limit rotation of the second arm about the horizontal pivot axis.

59. The cable management system of claim 55 wherein the support column extends through an opening in the first arm, and wherein the second arm is rotatably coupled to the support column.Dkt. No.: XXXXXX.002WO1 Page 72 of 81 2025-12-11 PCT Patent Application60. The cable management system of claim 55 comprising a support brace coupled to the first arm and structured to be coupled to the wall and / or a ceiling of the structure.

61. The cable management system of claim 55 wherein the second arm comprises a counterweight and / or a spring positioned on the rearward section of the second arm and structured to resist rotation of the second arm from the first configuration to the second configuration.

62. The cable management system of claim 61 wherein the second arm comprises the spring.

63. The cable management system of claim 62 wherein the spring is a gas spring.

64. The cable management system of claim 62 wherein the second arm rotates about a horizontal pivot axis between the first configuration and the second configuration, and wherein the spring is coupled to the rearward section of the second arm at least approximately 12 inches from the horizontal pivot axis.

65. The cable management system of claim 62 wherein the second arm comprises a support plate coupled to the support column and a beam structured to rotate between the first configuration and the second configuration, and wherein the spring is coupled to and positioned between the support plate and the beam.

66. The cable management system of claim 65 wherein the spring is selectively positionable at multiple locations along the second arm and / or the support plate.

67. The cable management system of claim 55 wherein the rearward section extends no more than approximately 30 inches outward from the support column.

68. The cable management system of claim 55 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

69. The cable management system of claim 55 wherein the base includes a strut channel, and wherein the support column is coupled to the strut channel.

70. The cable management system of claim 55 wherein the first arm is selectively positionable at multiple locations on the base.

71. The cable management system of claim 55 wherein the first arm is slidingly coupled to the base.Dkt. No.: XXXXXX.002WO1 Page 73 of 81 2025-12-11 PCT Patent Application72. The cable management system of claim 55 wherein the support column has an adjustable length.

73. The cable management system of claim 72 wherein the length of the support column is adjustable telescopically.

74. The cable management system of claim 55 wherein the support column comprises a mounting plate coupled to the base and tubing coupled to the mounting plate and extending outward perpendicular to a plane defined by the mounting plate.

75. The cable management system of claim 55 wherein the second arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

76. The cable management system of claim 55 comprising a rotation restrictor structured to limit rotation of the second arm relative to the support column.

77. An electric vehicle charging system comprising: the cable management system of claim 55; and an electric vehicle charger comprising: a charge cable coupled to and routed along the second arm; and a charger plug hanging from a distal end of the second arm.

78. The electric vehicle charging system of claim 77 comprising a charger unit coupled to the base, the first arm, and / or the support column.

79. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm; and a second arm coupled to the support column, the second arm being structured to rotate about a vertical pivot axis; wherein the second arm extends outward horizontally or approximately horizontally from opposite sides of the support column; and wherein the second arm is horizontally offset from the vertical pivot axis.

80. The cable management system of claim 79 wherein the second arm comprises a beam extending outward horizontally or approximately horizontally from opposite sides of the support column, and wherein the beam is horizontally offset from the vertical pivot axis.Dkt. No.: XXXXXX.002WO1 Page 74 of 81 2025-12-11 PCT Patent Application81. The cable management system of claim 79 wherein the second arm comprises a support plate coupled to the support column and a beam coupled to the support plate, and wherein the vertical pivot axis and the beam are positioned on opposite sides of the support plate.

82. The cable management system of claim 79 wherein the second arm comprises a support plate coupled to the support column and a beam coupled to the support plate; wherein the vertical pivot axis is defined by a pivot shaft; and wherein the pivot shaft and the beam are positioned on opposite sides of the support plate.

83. The cable management system of claim 79 wherein the second arm is structured to rotate about a horizontal pivot axis, and wherein the horizontal pivot axis is horizontally offset from the vertical pivot axis.

84. The cable management system of claim 79 wherein the second arm includes a support plate having a forward section and a rearward section extending outward from the support column in opposite directions; wherein the second arm is rotatably coupled to the forward section of the support plate and is rotatable about a horizontal pivot axis; and wherein the rearward section of the support plate includes a rotation restrictor structured to limit rotation of the second arm about the horizontal pivot axis.

85. The cable management system of claim 79 wherein the support column extends through an opening in the first arm.

86. The cable management system of claim 79 comprising a support brace coupled to the first arm and structured to be coupled to the wall and / or a ceiling of the structure.

87. The cable management system of claim 79 wherein the second arm is structured to rotate about a horizontal pivot axis, and wherein the second arm comprises: a forward section and a rearward section extending outward from the opposite sides of the support column; and a counterweight and / or a spring positioned on the rearward section of the second arm and structured to resist rotation of the second arm about the horizontal pivot axis.Dkt. No.: XXXXXX.002WO1 Page 75 of 81 2025-12-11 PCT Patent Application88. The cable management system of claim 79 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

89. The cable management system of claim 79 wherein the first arm is slidingly coupled to the base.

90. The cable management system of claim 79 wherein the support column has an adjustable length.

91. The cable management system of claim 79 wherein the second arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

92. The cable management system of claim 79 comprising a rotation restrictor structured to limit rotation of the second arm relative to the support column.

93. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm; and a second arm coupled to the support column, the second arm including a support plate having a forward section and a rearward section extending outward from the support column in opposite directions, the second arm being rotatably coupled to the forward section of the support plate and rotatable about a horizontal pivot axis; and a rotation restrictor positioned on the rearward section of the support plate and structured to limit rotation of the second arm about the horizontal pivot axis.

94. The cable management system of claim 93 wherein the second arm includes a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rotation restrictor limits downward rotation of the forward section of the second arm.

95. The cable management system of claim 93 wherein the second arm includes a forward section and a rearward section extending outward from the support column in opposite directions, and wherein the rotation restrictor limits upward rotation of the forward section of the second arm.

96. The cable management system of claim 93 wherein the rotation restrictor includes an opening in the support plate.Dkt. No.: XXXXXX.002WO1 Page 76 of 81 2025-12-11 PCT Patent Application97. The cable management system of claim 96 wherein the opening is a slot in the support plate.

98. The cable management system of claim 93 wherein the rotation restrictor includes a tab extending outward from the support plate.

99. The cable management system of claim 93 wherein the rotation restrictor includes a rotation stop and a rotation limiter coupled to the second arm, and wherein the rotation limiter contacts the rotation stop to limit rotation of the second arm about the horizontal pivot axis.

100. The cable management system of claim 99 wherein the rotation stop includes a slot and the rotation limiter includes a post extending through the slot, and wherein the post moves along the slot as the second arm rotates about the horizontal pivot axis.

101. The cable management system of claim 99 wherein the support column extends through an opening in the first arm, and wherein the second arm is rotatably coupled to the support column.

102. The cable management system of claim 99 comprising a support brace coupled to the first arm and structured to be coupled to the wall and / or a ceiling of the structure.

103. The cable management system of claim 93 wherein the second arm comprises: a forward section and a rearward section extending outward from the support column in opposite directions; and a counterweight and / or a spring positioned on the rearward section of the second arm and structured to resist rotation of the second arm about the horizontal pivot axis.

104. The cable management system of claim 93 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

105. The cable management system of claim 93 wherein the first arm is slidingly coupled to the base.

106. The cable management system of claim 93 wherein the support column has an adjustable length.Dkt. No.: XXXXXX.002WO1 Page 77 of 81 2025-12-11 PCT Patent Application107. The cable management system of claim 93 wherein the second arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

108. The cable management system of claim 93 wherein the rotation restrictor is one rotation restrictor, the cable management system comprising another rotation restrictor structured to limit rotation of the second arm relative to the support column.

109. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm, the support column extending through an opening in the first arm; and a second arm rotatably coupled to the support column.

110. The cable management system of claim 109 wherein the support column is a pivot shaft about which the second arm rotates.

111. The cable management system of claim 110 wherein one end of the pivot shaft is coupled to the first arm with a thread engagement.

112. The cable management system of claim 111 wherein the thread engagement includes a nut that engages corresponding threads on the pivot shaft.

113. The cable management system of claim 109 comprising a support brace coupled to the first arm and structured to be coupled to the wall and / or a ceiling of the structure.

114. The cable management system of claim 109 wherein the second arm is structured to rotate about a horizontal pivot axis, and wherein the second arm comprises: a forward section and a rearward section extending outward from the support column in opposite directions; and a counterweight and / or a spring positioned on the rearward section of the second arm and structured to resist rotation of the second arm about the horizontal pivot axis.

115. The cable management system of claim 109 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.Dkt. No.: XXXXXX.002WO1 Page 78 of 81 2025-12-11 PCT Patent Application116. The cable management system of claim 109 wherein the first arm is slidingly coupled to the base.

117. The cable management system of claim 109 wherein the support column has an adjustable length.

118. The cable management system of claim 109 wherein the second arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

119. The cable management system of claim 109 comprising a rotation restrictor structured to limit rotation of the second arm relative to the support column.

120. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support brace coupled to the first arm and structured to be coupled to the wall and / or a ceiling of the structure; a support column coupled to and extending downward from the first arm; and a second arm rotatably coupled to the support column.

121. The cable management system of claim 120 wherein the base is a first base, the cable management system comprising a second base structured to be coupled to the wall and / or the ceiling of the structure, and wherein the support brace is coupled to and extends between the second base and the first arm.

122. The cable management system of claim 121 wherein the support brace is selectively positionable at multiple locations on the second base.

123. The cable management system of claim 121 wherein the support brace is slidingly coupled to the second base.

124. The cable management system of claim 120 wherein the second arm is structured to rotate about a horizontal pivot axis, and wherein the second arm comprises: a forward section and a rearward section extending outward from the support column in opposite directions; and a counterweight and / or a spring positioned on the rearward section of the second arm and structured to resist rotation of the second arm about the horizontal pivot axis.Dkt. No.: XXXXXX.002WO1 Page 79 of 81 2025-12-11 PCT Patent Application125. The cable management system of claim 120 wherein the base includes at least two struts positioned parallel to each other, and wherein the support column is coupled to the at least two struts.

126. The cable management system of claim 120 wherein the first arm is slidingly coupled to the base.

127. The cable management system of claim 120 wherein the support column has an adjustable length.

128. The cable management system of claim 120 wherein the second arm comprises a proximal beam rotatably coupled to the support column and a distal beam rotatably coupled to the proximal beam.

129. The cable management system of claim 120 comprising a rotation restrictor structured to limit rotation of the second arm relative to the support column.

130. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm; and a second arm coupled to the support column, the second arm extending outward horizontally or approximately horizontally from opposite sides of the support column; wherein the second arm is structured to rotate about a vertical pivot axis and a horizontal pivot axis.

131. A cable management system for an electric vehicle charger, the cable management system comprising: a base structured to be coupled to a wall of a structure; a first arm coupled to and extending outward from the base; a support column coupled to and extending downward from the first arm; and a second arm coupled to the support column, the second arm comprising: a forward section and a rearward section extending outward from the support column in opposite directions, the forward section extending outward horizontally or approximately horizontally from the support column; and a counterweight and / or a spring positioned on the rearward section of the second arm, the counterweight and / or the spring being structured to resist downward rotation of the forward section of the second arm.Dkt. No.: XXXXXX.002WO1 Page 80 of 81 2025-12-11 PCT Patent Application

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