Multi-use mounts adapted to hold a portable electronic device, such as a smartphone, in a plurality of different positions, are described herein. In certain embodiments, a multi-use mount comprises a main body configured to be selectively attached to the portable electronic device to thereby attach the multi-use mount to the portable electronic device, a neck pivotably connected to the main body, and a base pivotably connected to the neck. The multi-use mount is configured to be positioned in the plurality of different positions by pivoting at least a portion of at least one of the main body, the neck, or the base, relative to at least a further portion of at least one of the main body, the neck, or the base. The plurality of different positions include at least a closed position and a standing easel position. The base can include one or more magnets.

FIELD OF TECHNOLOGY

Embodiments of the present technology generally relate to apparatuses for mounting and holding portable electronic devices, such as smartphones, small music and/or video recorders and small music and/or video players, but not limited thereto.

BACKGROUND

Smartphones and other portable electronic devices have become so ubiquitous that numerous different types of mounts have been developed and sold to make it easier for people to always keep their portable electronic devices viewable and accessible. For example, because people often rely on their smartphones for turn-by-turn driving directions while in their vehicles, car phone mounts have been developed and sold. For another example, because people often rely on their smartphones for watching movies, browsing the Internet, and emailing while traveling on airplanes, mounts and stands have been developed and sold for securing smartphones to pockets in airplane seatbacks and/or to folding trays. For still other examples, rings and sockets are often attached to the backsides of smartphones to assist people with holding or gripping their smartphones in their hands. Additionally, desk stands are available to hold smartphones on tabletops or other horizontal surfaces. Further, mounts with flexible legs that can wrap around poles to enable smartphones to be attached to poles, and the like, to hold the smartphones still when taking photographs and videos. Individuals often end up purchasing numerous different types of mounts to serve various different purposes, which can be expensive, and also requires that the individuals remember to bring the appropriate types of mounts with them when traveling.

SUMMARY

Certain embodiments of the present technology are directed to multi-use mounts adapted to hold a portable electronic device, such as a smartphone, in a plurality of different positions. In accordance with certain embodiments, a multi-use mount comprises a main body configured to be selectively attached to the portable electronic device to thereby attach the multi-use mount to the portable electronic device, a neck pivotably connected to the main body, and a base pivotably connected to the neck. The multi-use mount is configured to be positioned in the plurality of different positions by pivoting at least a portion of at least one of the main body, the neck, or the base, relative to at least a further portion of at least one of the main body, the neck, or the base. The plurality of different positions include at least a closed position and a standing easel position. In accordance with certain embodiments, the base includes one or more magnets configured to enable the multi-use mount, and the portable electronic device attached thereto, to be selectively magnetically attached to a ferromagnetic metal surface or a magnetic surface. When the multi-use mount is in the closed position at least a portion of the base is flush against at least a portion of the main body. When the multi-use mount is in the standing easel position the main body is supported by the neck above the base.

In accordance with certain embodiments, the plurality of different positions also include and a vent louver attachment position. When the multi-use mount is in the vent louver attachment position at least a portion of the base extends generally perpendicularly relative to the main body and is configured to be attached to a horizontal louver of a vent of a vehicle.

In accordance with certain embodiments, the multi-use mount further comprises first and second hooks protruding from the base, and a recess in the base between where the first hook protrudes and the second hook protrudes. The first and the second hooks are configured to selectively hook onto a horizontal louver of a vent of a vehicle to thereby mount the multi-use mount, and the portable electronic device attached hereto, to the horizontal louver of the vent of the vehicle when the multi-use mount is in the vent louver attachment position. The recess is configured to enable the first and second hooks to be placed on either side of, and thereby straddle, a vertical component of the vent of the vehicle, when the first and second hooks are hooked onto the horizontal louver of the vent of the vehicle.

In accordance with certain embodiments, the multi-use mount further comprises first and second cavities in the main body that are configured to accept the first and second hooks when the multi-use mount is in the closed position.

In accordance with certain embodiments, the base is pivotably connected to the neck by a base-to-neck hinge located at an innermost end of the recess in the base. In accordance with alternative embodiments, the base is pivotably connected to the neck by a base-to-neck hinge located at an outer peripheral end of the base.

In accordance with certain embodiments, the main body includes a magnetic portion configured to selectively magnetically attach the main body to a magnetic portion of the portable electronic device, or to a magnetic portion of a case for the portable electronic device. In certain such embodiments, the magnetic portion of the main body comprises a magnetic ring.

In accordance with certain embodiments, when the multi-use mount is in the closed position a peripheral footprint of the main body has same length and width dimensions as a peripheral footprint of the base. In certain such embodiments, the base includes a trough that is configured to accept at least a portion of the neck when the multi-use mount is in the closed position, and at least a majority of the neck is sandwiched between the main body and the base when the multi-use mount is in the closed position.

In accordance with certain embodiments, the neck includes a first neck portion pivotably connected to a second neck portion, and the base includes a first base portion pivotally connected to a second base portion.

In accordance with certain embodiments, a thickness of the multi-use mount is less than 10 millimeters when the multi-use mount is in the closed position. In accordance with certain embodiments, the thickness of the multi-use mount is less than 6 millimeters when the multi-use mount is in the closed position.

In accordance with certain embodiments, the neck is pivotably connected to the main body by a ball joint that enables to main body to be rotated relative to the neck with three degrees of freedom.

In accordance with certain embodiments, the plurality of different positions further include at least a compact-disc (CD) slot attachment position, a selfie stick position, a pole attachment position, a finger loop grip position, an airplane tray attachment position, and an airplane pocket attachment position.

In accordance with certain embodiments, the main body includes a wireless charger that is configured to charge a portable electronic device that is at least one of held by or attached to the multi-use mount.

In accordance with certain embodiments, a multi-use mount, which is adapted to hold a portable electronic device in a plurality of different positions, comprises a main body configured to be selectively attached to the portable electronic device to thereby attach the multi-use mount to the portable electronic device, a neck pivotably connected to the main body, the neck including a first neck portion pivotably connected to a second neck portion by an intra-neck hinge. The multi-use mount also includes a base pivotably connected to the neck. The multi-use mount is configured to be positioned in at least a closed position and a standing easel position. In certain embodiments, the multi-use mount is also capable of being configured in, a vent louver attachment position and a CD slot attachment position. In certain embodiments, the multi-use mount is also capable of being configured in a pole attachment position, a finger loop grip position, an airplane tray attachment position, and an airplane pocket attachment position.

In accordance with certain embodiments, the neck is pivotably connected to the main body by a neck-to-main body ball joint.

In accordance with certain embodiments, the main body includes a magnetic portion configured to selectively magnetically attach the main body to a magnetic portion of the portable electronic device, or to a magnetic portion of a case for the portable electronic device.

In accordance with certain embodiments, a thickness of the multi-use mount is less than 10 millimeters when the multi-use mount is in the closed position. In accordance with certain embodiments, a thickness of the multi-use mount is less than 6 millimeters when the multi-use mount is in the closed position.

In accordance with certain embodiments, the main body includes a wireless charger that is configured to charge a portable electronic device that is at least one of held by or attached to the multi-use mount. In certain such embodiments, a thickness of the multi-use mount is less than 12 millimeters when the multi-use mount is in the closed position.

Certain embodiments of the present technology are directed to a system, comprising a multi-use mount and a wireless charging adaptor. The multi-use mount includes a main body, a neck, and a base. The main body is configured to be selectively attached to a portable electronic device to thereby attach the multi-use mount to the portable electronic device. The neck is pivotably connected to the main body. The base is pivotably connected to the neck. The wireless charging adaptor is configured to be selectively attached to the multi-use mount such that the wireless charging adaptor is sandwiched between the main body of the multi-use mount and a portable electronic device that is to be held by the multi-use mount and charged by the wireless charging adaptor. The multi-use mount is capable of being configured in at least a closed position and a standing easel position, when the wireless charging adaptor is attached to the multi-use mount, as well as when the wireless charging adaptor is detached from the multi-use mount. In certain embodiments, the multi-use mount is also capable of being configured in a vent louver attachment position and a CD slot attachment position, when the wireless charging adaptor is attached to the multi-use mount, as well as when the wireless charging adaptor is detached from the multi-use mount. In certain embodiments, the multi-use mount is also capable of being configured in a pole attachment position, a finger loop grip position, an airplane tray attachment position and an airplane pocket attachment position, when the wireless charging adaptor is attached to the multi-use mount, as well as when the wireless charging adaptor is detached from the multi-use mount.

DETAILED DESCRIPTION

As noted above, smartphones and other portable electronic devices have become so ubiquitous that numerous different types of mounts have been developed and sold to make it easier for people to always keep their portable electronic devices viewable and accessible. This often leads to individuals purchasing numerous different types of mounts to serve various different purposes, which can be expensive, and also requires that the individuals remember to bring multiple appropriate different types of mounts with them when traveling. Embodiments of the present technology, as will be appreciated from the below description, overcome many of these problems by providing a multi-use mount that reduces and preferably eliminates the need for individuals to purchase numerous different types of mounts, and that reduces and preferably eliminates the need for individuals to remember to bring multiple appropriate different types of mounts with them when traveling.

Embodiments of the present technology are directed to a multi-use mount102that can be used to hold and mount a portable electronic device (such as, but not limited to, a smartphone) in various different manners and in various different positions for various different purposes. For example, the multi-use mount102can be used to as a stand to hold a smartphone in both a portrait orientation and a landscape orientation on a tabletop or other horizontal surface. The multi-use mount102can also be used to mount a smartphone in both a portrait orientation and a landscape orientation to vents of a vehicle, mount a smartphone in both a portrait orientation and a landscape orientation to a slot of a compact disc (CD) player of a vehicle, and mount a smartphone in both a portrait orientation and a landscape orientation to a dashboard of a vehicle. The multi-use mount102can additionally be used to secure a smartphone in both a portrait orientation and a landscape orientation to a folded-up tray on the backside of a seat on an airplane, as well as to a magazine or pamphlet pocket on the backside of a seat on an airplane. The multi-use mount102can also be used to secure a smartphone in both a portrait orientation and a landscape orientation in a person's hand. Additionally, the multi-use mount102can also be used to secure a smartphone in both a portrait orientation and a landscape orientation to a pole, fence, and/or the like. Further, the multi-use mount102can also be used to secure a smartphone in both a portrait orientation and a landscape orientation to a ferromagnetic metal surface, such as a door or side of a refrigerator, or a metal pole or metal fence, but not limited thereto. The multi-use mount102can also be used as a selfie stick (e.g., when in a completely unfolded and substantially flat position) to assist a user with capturing selfie type pictures or videos. The multi-use mount102is also referred to herein more succinctly as the mount102. For the sake of simplicity, for much of the remaining description below, it is assumed that the portable electronic device with which the mount102is used is a smartphone. However, as just noted above, the mount102may also be used with other types of portable electronic devices, such as, but not limited to, relatively small music and/or video players and relatively small music and/or video recorders.

The mount102includes a main body112, a base132, and a neck162that connects the main body112to the base132.FIGS.1A and1Bare respectively front and rear perspective views of the mount102in a completely unfolded and substantially flat position where the main body112, the neck162and the base132are generally in a same plane.FIGS.1C,1D,1E,1F and1Gare respectively front, back, side, top and bottom views of the mount102in the completely unfolded and substantially flat position. As will be described in additional details below, the main body112is selectively attachable to and detachable from a portable electronic device, such as, but not limited to, a smartphone. As will be described in additional details below, the neck162and the base132can be pivotably articulated in various different manners relative to one another to provide for various different mounting and holding configurations, making the mount102an all-in-one type of mount. As will be described in additional details below, e.g., with reference to the exploded views of the mount102inFIGS.12A and12B, the main body includes a magnetic ring116(or some other shaped magnet or array of magnets) that enables the main body112of the mount102to be magnetically coupled to a smartphone that includes a built in MagSafe magnet, has a MagSafe adaptor, has some other magnet (e.g., a magnetic ring or plate) attached to a backside of the smartphone, or to a smartphone being held by a phone case that has a MagSafe magnet (or some other shaped magnet or array of magnets) built into the phone case or attached to the phone case, or adhered to a backside of a smartphone. The magnetic ring116(or some other shaped magnet or array of magnets) can also be magnetically coupled (aka magnetically attached) to a ferromagnetic metal plate or ferromagnetic metal ring in or on a case for a smartphone or other portable electronic device, or otherwise attached (e.g. adhered) to the backside of a smartphone or other portable electronic device. While the mount102is in the completely unfolded and substantially flat position, e.g., as shown inFIGS.1A and1B, the mount102can used as a selfie-stick to assist a user with capturing selfie type pictures or videos while a smartphone is magnetically attached to the main body112.

As can be appreciated from various FIGS., includingFIGS.1A and12A, the base132includes a first base portion134and a second base portion136which are pivotally articulatable about a hinge138. In such embodiments, the base132can be referred to more specifically as an articulatable base. The hinge138can also be referred to herein more specifically as an intra-base hinge138, since it is used to pivotably connect the first and second base portions134,136to one another. The intra-base hinge138is designed to allow the first base portion134and the second base portion136to be pivoted relative to one another such that they can be positioned at any angle between (and inclusive of) about 94 degrees in a first rotational direction and about 126 degrees in a second rotational direction relative to one another, as shown inFIG.13A. When the first base portion134and the second base portion136are pivoted to be aligned with one another, such that the base132is planar (aka flat), they are considered to be at zero degrees relative to one another. Accordingly, the total range of motion allowed by the intra-base hinge138is about 200 degrees.

In certain embodiments the neck162includes a first neck portion164and a second neck portion166which are pivotally articulatable about a hinge168. In such embodiments, the neck162can be referred to more specifically as an articulatable neck162. The hinge168can also be referred to herein more specifically as an intra-neck hinge168, since it is used to pivotably connect the first and second neck portions164,166to one another. The intra-neck hinge168is designed to allow the first neck portion164and the second neck portion166to be pivoted relative to one another such that they can be positioned at any angle between (and inclusive of) about 110 degrees in a first rotational direction and about 156 in a second rotational direction relative to one another, as shown inFIG.13B. Accordingly, the total range of motion allowed by the intra-neck hinge168is about 266 degrees. When the first neck portion164and the second neck portion166are pivoted to be aligned with one another, such that the neck162is planar (aka flat), they are considered to be at zero degrees relative to one another.

The base132is pivotably connected to one end of the neck162by a hinge170, which can also be referred to herein more specifically as a base-to-neck hinge170, or a neck-to-base hinge170. More specifically, a second end of the second neck portion166(which is opposite a first end of the second neck portion166at which is located the intra-neck hinge168) is pivotably connected to a first end of the first base portion134(which is opposite a second end of the first base portion134at which is located the intra-base hinge138). The base-to-neck hinge170(aka the neck-to-base hinge170) is designed to allow the first base portion134and the second neck portion166to be pivoted relative to one another such that they can be positioned at any angle between (and inclusive of) about 123 degrees in a first rotational direction and about 180 degrees in a second rotational direction relative to one another, as shown inFIG.13C. Accordingly, the total range of motion allowed by the hinge170is about 303 degrees. In this embodiment, and some of the other embodiments, the hinge170is located at an end of the base132opposite to where a recess140(discussed below) in the base132is located.

The main body112is pivotably connected to the other end of the neck162by a hinge172, which can also be referred to herein more specifically as a main body-to-neck hinge172, or a neck-to-main body hinge172. More specifically, a first end of the first neck portion164(which is opposite a second end of the first neck portion164at which is located the intra-neck hinge168) is pivotably connected to a second end of the main body112. The main body-to-neck hinge172(aka the neck-to-main body hinge172) is designed to allow the main body112to be pivoted relative to the first neck portion164at any angle between (and inclusive of) about 10 degrees in a first rotational direction and about 180 degrees in a second rotational direction, as shown inFIG.13D. Accordingly, the total range of motion allowed by the hinge172is about 190 degrees.

In accordance with certain embodiments, the hinges138,168,170and172are friction hinges that each includes a pair of pins and bushings and provide enough resistance to support a portable device (e.g., smartphone) in the various configurations and positions of multi-use mount102. Each hinge138,168,170and172can include plastic bushings, which are interference fit to holes in the various components. Such plastic bushings can be made, for example, of polypropylene, or nylon, but are not limited thereto. Each hinge138,168,170and172can also include steel dowel pin that acts as an axle of the hinge. Knurling on part of the pins will anchor them in the static side of each hinge. The neck-to-base hinge170is configured to have the greatest resistance of the hinges, since it experiences the most leverage working against it when the multi-use mount102is in a standing easel position, shown in and described below with reference toFIGS.3A-3K. In accordance with certain embodiments, the neck-to-base hinge170is configured to have a torque within the range of about 300 to 400 newton millimeters (Nmm), and the other hinges138,168and172are configured to have a torque of about 200 Nmm. Other variations are also possible and within the scope of the embodiments described herein. One way to configure the neck-to-base hinge170to have a greater torque than the other hinges138,168and172is to include longer bushings in the neck-to-base hinge170than in the other hinges.

FIGS.2A and2Bare respectively front and rear perspective views of the mount102in the completely folded position, which can also be referred to as a closed position, where a footprint of the main body112and a footprint of the base132are aligned with one another, and the neck162is sandwiched between the main body112and the base132, causing the neck162to be substantially hidden.FIGS.20,2D,2E,2F and2Gare respectively front, back, side, top and bottom views of the mount102in the completely folded (aka closed) position.FIG.2His a rear perspective view of the mount102in the completely folded (aka closed) position and magnetically attached to the rear of a smartphone.FIGS.2I and2Jare respectively rear and side view of the mount102in the completely folded (aka closed) position and magnetically attached to the rear of a portable electronic device202(which in this example is a smartphone). As can be appreciated fromFIGS.2A-2J, the multi-use mount102has a rectangular shape with rounded corners when the mount102is in the closed position. As can be appreciated fromFIGS.1D and1G, as well as other FIGS., a peripheral footprint of the main body112has same length and width dimensions as a peripheral footprint of the base132when the base132is flat and the first and second base portions134and136are in a same plane. In alternative embodiments, not shown, the peripheral footprint of the main body112need not be the same as the peripheral footprint of the base132when the base is flat and the first and second base portions134and136are in the same plane. As can be appreciated fromFIG.2B, a majority of the neck162is sandwiched between the main body112and the base132, and is not visible, when the multi-use mount102is in the closed (aka completely folded) position.

As shown, e.g., inFIGS.2B,2D and12A, the base132includes four magnets155, each of which is located near one of the rounded corners of the base132. One pair of the magnets155is located in the first base portion134, and the other pair of the magnets155are located in the second base portion136. The magnets155are each shown as having a circular shape. However, it is possible that the magnets155may have other shapes, such as, but not limited to, square, rectangular, oval, triangular, etc. It is also possible that the magnetics155can have different sizes than shown in the FIGS., i.e., can be smaller or larger than shown in the FIGS. The four magnets155in the base132enable the entire mount102to be magnetically attached to a ferromagnetic metal surface, such as, a vertical surface (e.g., a door or side) of a refrigerator, or to a magnetic plate attached to a vehicle dashboard, and/or the like. As will be described in additional details below, the magnets155also enable the mount102to be magnetically attached to a ferromagnetic metal pole. Further, in accordance with certain embodiments, the pair of magnets155that are included in the first base portion134are aligned with, and have some level of magnetic attraction to, the magnetic ring116(seeFIGS.12A and12B) within the main body112, and this helps the base132to fold closed more tightly to the main body112. The magnets155may also help maintain the mount102in the closed position (aka completely folded position) by being attracted to the magnetic ring116within the main body112. The magnets155can be neodymium magnets, which are made from neodymium-iron-boron (NIB), or alternatively can be samarium-cobalt (SmCo) magnets, but are not limited thereto. Alternatively, or additionally, the cavities123in the main body112include detent features, and a frictional interface between the hooks153(on the second base portion136) and the detent features included in the cavities123help maintain the multi-use mount in the closed position. Alternatively, or additionally, other extent and detent features, which are not associated with the cavities123and the hooks153, can be used to help maintain the multi-use mount in the closed position, as shown in and explained below with reference toFIGS.14A-14CandFIGS.15A-15F. While the base132is shown as including four magnets155, in alternative embodiments the base132can include less or more than four magnets155, and as noted above, the magnets can have different shapes and sizes than shown in the FIGS. More generally, the base132includes one or more magnets configured to enable the multi-use mount to be selectively magnetically attached to a ferromagnetic metal surface or a magnetic surface. Examples of a ferromagnetic metal surface (to which the one or more magnets155in the base132can be selectively magnetically attached) is a door or side of a refrigerator, a magnetic plate attached to a vehicle dashboard, magnetic plate attached to a wall or computer monitor, a metal pole, a metal fence, and/or the like.

Dimensions of the various components of the mount102, according to an embodiment of the present technology, are shown inFIGS.1D,1E,2D and2Gof the drawings. Such dimensions are shown in millimeters (mm). As shown inFIGS.1D and2D, the width of each of the main body112and the base132is 58.00 mm, and the height of each of the main body112and the base132is 70.00 mm. As shown inFIG.1E, the thickness of the main body112is 3.70 mm, and the thickness of portions of the base132(that are devoid of a magnet155) is 3.50 mm. The thickness of the portions of the base132that include a magnet155(but are devoid of a hook153) is 4.25 mm. As shown inFIG.2G, when the mount102is in the closed (aka completely folded) position, the thickness of portions of closed mount102that are devoid of a magnet155is 7.30 mm, and the thickness of portions of the closed mount102that include a magnet155is 8.05 mm. Accordingly, it should be appreciated that the magnets155protrude 0.75 mm from a bottom surface of the base132. In alternative embodiments, the mount102and the various components can have alternative dimensions. Nevertheless, it is preferable that the thickness of the mount102when in the closed position is less than 10 mm, i.e., less than 1 centimeter (cm). This enables a smartphone with the mount102attached thereto in the closed position to be easily slid into a pocket or purse of a user, or into another small space, without requiring the user to remove the mount102from the smartphone. Accordingly, the mount102can be easily carried with the smartphone (e.g.,202) to which the mount102is attached.

As can be seen inFIGS.1A,1C and12A, as well as other FIGS., an upper surface of the base132includes a trough150, which includes a first trough portion151in the first base portion134and a second trough portion152in the second base portion136. The depth of the trough150is substantially the same as a thickness of the portions of the neck162that rest within the trough150when the mount102is in the closed (aka completely folded) position, thereby minimizing a thickness of the mount102when in the closed position. The neck162, or at least a portion thereof, may also rest within the trough150, or at least a portion thereof, when the mount102is in various other positions, besides the closed position, which will be appreciated from the FIGS. discussed below.

As can be seen inFIGS.1A,1C and12A, as well as other FIGS., an upper surface of the second base portion136includes a pair of hooks153that protrude (e.g., upward) therefrom, and between which is located a recess140. As will be described in additional details below, with reference toFIGS.4A-4G, the hooks153are used to attach the mount102to a horizontal louver of a vent of a vehicle, to thereby mount a smartphone to the louver of the vent. The recess140enables the hooks153to be placed on either side of (and thereby straddle) a vertical component of the vent, which vertical component is perpendicular to the horizontal louver to which the hooks153attach. As shown inFIGS.1B,1D,3B, and12A, a backside of the main body112includes a pair of cavities123near two of its rounded corners, which cavities123are sized and aligned to accept the hooks153when the mount102is in the closed (aka fully folded position), as well as when the mount102is in a CD slot attachment position, discuss below with reference toFIGS.5A-5I. In certain embodiments, the cavities123include detent features that frictionally interface with the hooks153to help maintain the mount102in the closed position (aka completely folded position). In certain embodiments, the cavities123extend complete through main body112, in which case the cavities123can be referred to as through cavities or openings in the main body112.

As will be appreciated from the following discussion, the intra-base hinge138of the base132, the intra-neck hinge168of the articulatable neck162, the base-to-neck hinge170, and the main body-to-neck hinge172enable the multi-use mount102to be positioned in numerous different manners to enable the mount102to be used for various different purposes.

FIGS.3A and3Bare respectively front and rear perspective views of the mount102in a standing easel position, where the base132is in a horizontal flat position, the neck162is in an angled flat position, and the main body112is supported by the neck162above the base132. While the mount102is in the standing easel position shown inFIGS.3A and3B, the neck162is at an acute angle relative to the base132, the main body112is at an obtuse angle relative to the neck162, and the main body112is at an acute angle relative to the base132.FIGS.3C,3D,3E,3F and3Gare respectively front, back, side, top and bottom views of the mount102in the standing easel position.FIGS.3H,3I,3J and3Kare respectively front perspective, rear perspective, front and side views of the mount102in the standing easel position holding a portable electronic device202(which in this example is a smartphone) in its portrait orientation. As can be appreciated fromFIGS.3H-3K, when the mount102in the standing easel position, a portable electronic device202(which in this example is a smartphone) can be held a distance above the surface (e.g., tabletop) on which the base132is being supported (aka resting), thereby providing access to one or more ports204(e.g., a Lightning™ port, USB port, audio port, and/or the like) located along the lower peripheral edge of the smartphone. It is also possible to pivot one or more of the various hinges such that the lower peripheral edge of the smartphone (that includes one or more ports) rests directly on an upper portion of the base132, or on a same surface (e.g., tabletop) on which the base132is being supported.

FIGS.4A and4Bare two different rear perspective views of the mount102in a vent louver attachment position (aka, a vent mount position), during which the second base portion136extends perpendicularly away from a backside of the main body112, and the hooks153extend downward from the second base portion136generally parallel to the main body112.FIGS.4C,4D,4E,4F and4Gare respectively front, back, side, top and bottom views of the mount102in the vent louver attachment position. As noted above, the hooks153are used to attach the mount102to a horizontal louver of a vent of a vehicle, to thereby mount a smartphone to the louver of the vent. The recess140enables the hooks to153to be placed on either side of (and thereby straddle) a vertical component of the vent, which vertical component is perpendicular to the horizontal louver to which the hooks153attach. When the mount102is in the vent louver attachment position, the first and second neck portions164,166are flat against and parallel to the backside of the main body112, and the first base portion134is flat against and parallel to the backside of the main body112, with the second neck portion166within the trough portion151of the first base portion134and sandwiched between the backside of the main body112and the first base portion134. That is why the second neck portion166is not visible inFIGS.4A-4G.

FIGS.5A and5Bare two different rear perspective views of the mount102in a CD slot attachment position (aka, a CD mount position), during which the first base portion134extends perpendicularly away from a backside of the main body112so that the first base portion134can be inserted into a CD slot of a stereo installed in a dashboard of a vehicle.FIGS.5C,5D,5E,5F and5Gare respectively front, back, side, top and bottom views of the mount102in the CD slot attachment position.FIG.5His a rear perspective view of the mount102, in the CD slot attachment position, while the mount102is magnetically attached to a backside of a portable electronic device202(which in this example is a smartphone) that is in its landscape orientation.FIG.51is a rear perspective view of the mount102, in the CD slot attachment position, while the mount102is magnetically attached to a backside of a portable electronic device202(which in this example is a smartphone) that is in a portrait orientation. When the mount102is in the CD slot attachment position, the first neck portion164rests within the trough portion151, the recess140of the second base portion136is flat against and parallel to the main body112, and the second neck portion166rests within the trough portion152of the first base portion134and is perpendicular to the main body112. When the mount102is in the CD slot attachment position, it is also in a low easel stand position, where the mount102can be used to hold a smartphone in its landscape and portrait orientations at an angle on a tabletop. Additionally, when the mount102is in the CD slot attachment position, it is also in a position where the folded base132can be held between a pair of adjacent digits (aka fingers) of a person's hand, or between a thumb and finger.

FIGS.6A and6Bare two different rear perspective views of the mount102in a small diameter pole attachment position, when the base132and the neck162are pivotally articulated to form a small triangular loop180.FIGS.6C,6D,6E,6F and6Gare respectively front, back, side, top and bottom views of the mount102in its small diameter pole attachment position. The small triangular loop180, which can loop around a small diameter pole, is best shown inFIG.6E. When the mount102in the small diameter pole attachment position, the second neck portion166, the first base portion134and the second base portion136are articulated relative to one another to form an equilateral triangle, i.e., small triangular loop180, and the first neck portion164connects the small triangular loop180to the main body, as best shown inFIG.6E. The small triangular loop180can be wrapped around a pole, a fence, or a person's finger. The magnets155on the base132face the interior of the triangular loop180, and thus, can be used to magnetically attach the mount102to a ferromagnetic metal pole about which the loop180is wrapped. When the mount102in the small diameter pole attachment position, shown inFIGS.6A-6G, the mount102is also in a side grip position, because the small triangular loop180can be gripped by a user to enable the user to firmly hold their smartphone from its side in both portrait and landscape orientations to allow the user to capture stable pictures and videos.

FIGS.7A and7Bare two different rear perspective views of the mount102in a large diameter pole attachment position, when the base132and the neck162are pivotally articulated to form a pentagonal loop182.FIGS.7C,7D,7E,7F and7Gare respectively front, back, side, top and bottom views of the mount102in the large diameter pole attachment position. The pentagonal loop182, which can loop around a large diameter pole, is best shown inFIG.7E. The magnets155on the base132face the interior of the pentagonal loop182, and thus, can be used to magnetically attach the mount102to a ferromagnetic metal pole about which the loop182is wrapped. When the mount102is in the large diameter pole attachment position, each of the hinges138,170,168and172is used to position adjacent components of the mount102at about 108 degrees relative to one another. That is, the hinge168positions the first and second neck portions164,166at about 108 degrees relative to one another, the hinge138positions the first and second base portions134,136at about 108 degrees relative to one another, the hinge170positions the second neck portion166and the first base portion134at about 108 degrees relative to one another, and the hinge172positions the first neck portion164and the main body112at about 108 degrees relative to one another, as best shown inFIG.7E.

FIGS.8A and8Bare two different rear perspective views of the mount102in a finger loop grip position, when the base132and the neck162are pivotally articulated to form a square loop184.FIGS.8C,8D,8E,8F and8Gare respectively front, back, side, top and bottom views of the mount102in the finger loop grip position. The square loop184, into which a user can place one or more fingers, is best shown inFIG.8E. When the mount102in the finger loop grip position, the first neck portion164is flat against and parallel to the main body112, the second neck portion is perpendicular to the first neck portion164and the main body112, the first base portion134is perpendicular to each of the second base portion136and the second neck portion166, the first base portion is parallel to each of the first neck portion164and the main body112, as best shown inFIG.8E.

FIGS.9A and9Bare two different rear perspective views of the mount102in a upright airplane tray attachment position, when the neck162rests within the trough150of the base132, the second base portion136is perpendicular relative to the main body112, and the first base portion134is perpendicular relative to the second base portion136and parallel to the main body112. In this position, the first base portion134can be slipped behind a folded up tray that is located on the backside of an airplane seat, and the second base portion136supports the mount102above an edge of the folded up airplane tray.FIGS.9C,9D,9E,9F and9Gare respectively front, back, side, top and bottom views of the multi-use mount in the upright airplane tray attachment position.

FIGS.10A and10Bare two different rear perspective views of the mount102in a first airplane pocket attachment position, when the neck162rests within the trough150of the base132, the first and second base portions134,136are in a same plane so that the base132is flat, and the base is at an obtuse angle of about 165 degrees relative to the main body112. When in this configuration, the base132can be slipped into a magazine or pamphlet pocket located on the backside of an airplane seat.FIGS.10C,10D,10E,10F and10Gare respectively front, back, side, top and bottom views of the multi-use mount in the upright airplane tray attachment position.FIG.10Hshows the mount102in the upright airplane tray attachment position, with the mount102magnetically attached to the backside of a landscape oriented portable electronic device202(which in this example is a smartphone). When the mount102is in the upright airplane tray attachment position, the mount102can alternatively be magnetically attached to the backside of a portable electronic device202(which in this example is a smartphone) in its portrait orientation, as shown inFIG.10I. When the mount102is in the first airplane pocket attachment position, it is also in a high easel leaning position, where the mount102can be used to hold a smartphone in its portrait orientation at an angle on a tabletop or other horizontal surface, as can be appreciated fromFIG.10I.

FIGS.11A and11Bare two different rear perspective views of the mount102in a second airplane pocket attachment position, when the first neck portion164is flat against and parallel to the main body112, the second neck portion166is perpendicular to the first neck portion164, the first and second base portions134,136are in a same plane so that the base132is flat, and the flat base132is perpendicular to the second neck portion166and parallel to the main body112.FIGS.11C,11D,11E,11F and11Gare respectively front, back, side, top and bottom views of the mount102in the second airplane pocket attachment position. In this position, flat base132can be slipped into a magazine or pamphlet pocket that is on the backside of an airplane seat, and the second neck portion166supports the mount102above an upper edge of magazine or pamphlet pocket.

FIGS.12A and12Bare respectively front and rear perspective exploded views of the mount102, according to certain embodiments of the present technology. As shown inFIGS.12A and12B, the main body112includes a front plate114and a rear plate118, between which is held a magnetic ring116. As shown inFIG.12A, the rear plate118includes a ring shaped groove120that is sized to receive and hold the magnetic ring116in place. InFIGS.12A and12Bthe magnetic ring116is shown as being made up of an array of sixteen smaller magnets arranged to form a contiguous 360 degree magnetic ring. In alternative embodiments, the contiguous 360 degree magnetic ring116can be replaced within an alternatively shaped magnet or array of magnets, such as, but not limited to, two or more magnetic arcs, that collectively do not provide a contiguous 360 degree magnetic ring. The front plate114conceals that magnetic ring116(or other shaped magnet or array of magnets) such that the magnetic ring116(or other shaped magnet or array of magnets) is not visible once the main body112is assembled. In alternative embodiments, the front plate114is eliminated, and the magnetic ring116(or other shaped magnet or array of magnets) can be seen when viewing the mount102from the front (e.g., as in the embodiment shown inFIGS.16A and17A). It is also possible that the front plate114is translucent, in which case the magnetic ring116(or other shaped magnet or array of magnets) can also be seen when viewing the mount102from the front (e.g., as in the embodiment shown inFIGS.16A and17A).

As shown inFIG.12A, in accordance with certain embodiments, the hooks153are formed on the backsides of a pair of the magnets155. The hooks153can be made of a metal, alloy or plastic material that is over-molding with a gripping material, such as a thermoplastic elastomer (TPE), rubber, silicon, polymeric material or other plastic, metal, alloy, fabric, composite material or other material capable of increasing the adhesion, grip or coefficient of friction between the outer surface of the hooks153and a louver of a vent of a vehicle. The first base portion134includes a pair of openings144into which a pair of the magnets155are press fit or otherwise inserted and/or adhered in place using detent structures and/or an adhesive. The second base portion136includes a pair of openings146into which the pair of magnets155having the hooks153formed on their backsides are press fit or otherwise inserted and/or adhered in place using detent structures and/or an adhesive. Other variations are also possible and within the scope of the embodiments described herein. For example, instead of the hooks153being formed on the backsides of a pair of the magnets155, the hooks can alternatively extend from other portions of the second base portion136, which need not be aligned with a pair of the magnets155. In certain embodiments, the hooks153are integrally formed with the second base portion136.

In accordance with certain embodiments, the rear plate118of the main body112, the first and second base portions134,136of the base132, and the first and second neck portions164,166of the neck162, are made from a strong and light material, such as aluminum, and the front plate114of the main body112is made of an opaque or transparent elastomer. It would also be possible that the rear plate118of the main body112, the first and second base portions134,136of the base132, and the first and second neck portions164,166of the neck162, are made from a stiff plastic or carbon material. It would also be possible to completely eliminate the front plate114of the main body112, or to make the front plate114from a translucent material (e.g., a translucent elastomer), as was noted above.

In an alternative embodiment, rather than relying on a magnetic ring116(or other shaped magnet or array of magnets) to attach the main body112to the backside of a smartphone or smartphone case (or to some other portable electronic device, or a case), the main body112can be adhered to the backside of a smartphone or smartphone case (or to some other portable electronic device, or a case) using an adhesive. Other variations are also possible and within the scope of the embodiments described herein.

FIGS.14A-14Cshow an alternative embodiment of the mount102where a protrusion192extends from a backside of the main body112, and an opening193is located in the second neck portion166, wherein the protrusion192is sized and aligned with the opening193to help maintain the mount102in a closed position (aka completely folded position).FIGS.15A-15Fshow still another alternative embodiment of the mount102where the protrusion192extends from a different location on the backside of the main body112, and the opening193is located at another location in the second neck portion166, wherein the protrusion192is sized and aligned with the opening193to help maintain the mount102in the closed position (aka completely folded position).FIG.15Fis a cross-sectional view of the mount102in the closed position (aka completely folded position). The protrusion192can be made of a plastic such as polypropylene, nylon, acetal, etc. and can be assembled into a thru-hole in the rear plate118of the main body112. The protrusion192can be held in place by a screw, snap hooks, an adhesive, and/or the like. Additionally, or alternatively, the protrusion192can include a flange at its base that could be sandwiched between the rear plate118and the front plate114of the main body112, as can be appreciated fromFIG.15F. A distal end of the protrusion192can have a small bump overhang, so that the protrusion192and the opening193collectively provide a bump catch detent. Other variations are also possible and within the scope of the embodiments described herein. The cross-sectional view ofFIG.15Falso shows how a majority of the neck162is sandwiched between the main body112and the base132when the mount102is in the closed position.

FIGS.16A and16Bare respectively front and rear perspective views of the multi-use mount102, in accordance with another alternative embodiment, in the standing easel position. In this alternative embodiment, the front plate114is eliminated (or alternatively made of a transparent elastomer), causing the magnetic ring116(or other shaped magnet or array of magnets) to be seen when viewing the mount102from the front.FIGS.17A and17Bare respectively front and rear perspective views of the multi-use mount102shown inFIGS.16A and16Bin a completely folded position, which can also be referred to as a closed position.FIGS.18A and18Bare respectively front and rear perspective exploded views of the multi-use mount102of the embodiment shown inFIGS.16A,16B,17A and17B. While there are some minor differences between the alternative embodiment ofFIGS.16A-18B, compared to the embodiment described above with reference toFIGS.1A-12B, the multi-use mount102functions in substantially the same manner in both embodiments despite some cosmetic differences. For example, while the magnets155in the embodiment ofFIGS.1A-12Bwere shown as having a circular shape, in the embodiment ofFIGS.16A-18Bthe magnets155are shown as having an oval shape. There are also some minor differences between the implementations of the various hinges138,168and170in the embodiment ofFIGS.16A-18Bcompared to the implementations of the respective corresponding hinges138,168and170in the embodiment ofFIGS.1A-12B. However, because the multi-use mount102functions in substantially the same manner in the different embodiments, the functionality of the alternative embodiment of the multi-use mount102ofFIGS.16A-18Bcan be fully appreciated from the above discussion ofFIGS.1A-12B. The unlabeled pins shown inFIGS.18A and18Bare examples of the pins of the various friction hinges of the mount102.

FIGS.19A and19Bare respectively front and rear perspective views of a wireless charging version of a multi-use mount102, according to an embodiment of the present technology, in a completely folded position, which can also be referred to as a closed position. The wireless charging version of the multi-use mount102is essentially a wireless charging version of the multi-use mount described above.FIGS.19C,19D,19E,19F and19Gare respectively front, back, side, top and bottom views of the wireless charging version of the multi-use mount102, in the completely folded (aka closed) position.FIG.19His a perspective view of the wireless charging version of the multi-use mount102with a male end198of a connector cable196being moved towards a female connector plug188of the mount102, andFIG.19Ishows the wireless charging version of the multi-use mount102after the male end198of the connector cable196has been inserted into the female connector plug188of the mount102.FIG.19Jis a front perspective view of the wireless charging version of the multi-use mount102in a standing easel position with the male end198of the connector cable196inserted into the female connector plug188of the mount102. The wireless charging multi-use mount102can be used in all of the various different manners and in all of the various different positions for all of the various different purposes that were described above with respect to the multi-use mount102, while also providing for wireless charging of a portable electronic device (e.g., smartphone). The wireless charging version of the multi-use mount102can be referred to herein more succinctly as the multi-use mount102, or even more succinctly as the mount102.

The wireless charging version of the multi-use mount102is configured to wirelessly charge a portable electronic device, such as a smartphone, that is being held by the mount102. In an embodiment, a wireless charger186(represented by a dashed elliptical region labeled186inFIGS.19A,19C,19H,19I, and19J) is integrated into a main body112of the mount102, and can be encased within the main body112of the mount102such that it is not visible unless the main body112is disassembled. Other parts of the main body112are similar to those of the main body112already described above, and thus, need not be described again. In certain embodiments, the wireless charger186includes an induction coil that is configured to produce an alternating electromagnetic field (EMF) used to transfer energy via induction to another coil (of a portable electronic device, e.g., a smartphone) that is placed parallel and nearby. More generally, the wireless charger186is configured to charge and/or power a portable electronic device (e.g., smartphone) that is being held by the mount102, so long as the wireless charger186is electrically connected to a power source via the connector cable196. The power source can be, e.g., an electrical outlet in a building, automobile, airplane, portable power generator, or the like. The power source can alternatively be a battery that is integrated into, or external to, the multi-use mount102. In certain embodiments, the wireless charger186is a Qi charger that follows a Qi standard developed by the Wireless Power Consortium, which may be the original Qi standard, or the updated Qi2 standard, or some future developed Qi standard. In other words, the charging modality of the wireless charger186can be implemented in accordance with the open Qi specification for wireless power transfer as set by the Wireless Power Consortium. In this regard, the mount102(or the wireless charging adaptor206, discussed below) may also include a microcontroller that controls a power conversion unit and a communications and control unit that regulates the output of an electrical signal to an inductive charging coil based upon requests from a portable electronic device. Further, the portable electronic device that is intended to be charged is presumed to include a power pick-up unit with a secondary coil electrically connected to an onboard battery of the portable electronic device. The power pick-up unit may be connected to a communications and control unit that regulates the power transferred to the load. Because Qi charger implementations are well known in the art, additional details thereof are omitted. It will be appreciated that the inductive charging need not conform to the Qi standard, and any other wireless power transfer modality may be substituted without departing from the scope of the present disclosure. For the remainder of this description it assumed that the wireless charger186of the multi-use mount102(or of the wireless charging adaptor206, discussed below) is a Qi charger. However, it is also within the scope of the embodiments described herein that an alternative type of wireless charger186can be integrated into (or attached to) the multi-use mount102of an embodiment of the present technology.

Where the wireless charger186is integrated into the main body112, the thickness of the main body112may be increased by about 2.4 mm, e.g., from about 3.7 mm (in the embodiments where there is no wireless charger) to about 6.1 mm. Accordingly, the thickness of the wireless charging version of the multi-use mount102in the completely folded (aka closed) position, is also increased by about 2.4 mm (compared to the embodiments where there is no wireless charger), e.g., from about 7.30 mm (where the mount102is devoid of a magnet155) to about 9.7 mm, and from about 8.05 mm (where the mount102includes a magnet155) to about 10.45 mm. In alternative embodiments, the mount102and its various components can have alternative dimensions. Nevertheless, it is preferable that the thickness of the wireless charging version of the multi-use mount102when in the closed position is less than 12 mm (i.e., less than 1.2 cm).

In the embodiment shown, the connector cable196is electrically connectable to, and electrically disconnectable from, the wireless charging version of the multi-use mount102. In an alternative embodiment, a connector cable is fixedly attached to and fixedly electrically connected to the wireless charging version of the multi-use mount102, i.e., the connector cable is not removable.

Rather than integrating the wireless charger186into the mount itself, the wireless charger186can instead be included in a wireless charging adaptor206that is configured to be used with one of the embodiments of the multi-use mount102described above with reference toFIGS.1A-18A, or with any of the additional embodiments described below.FIGS.20A and20Bare respectively front and rear perspective views of such a wireless charging adaptor206, according to an embodiment of the present technology. The wireless charging adaptor206includes an adaptor body212, with a wireless charger186(represented by the dashed elliptical region labeled186inFIGS.20A and20C) integrated into the adaptor body212. The wireless charger186is configured to charge a portable electronic device (e.g., smartphone) that is parallel with and resting against the wireless charging adaptor206, so long as the wireless charger186of the wireless charging adaptor206is electrically connected to a power source via a connector cable196. Example details of the wireless charger186are described above with reference to the mount102ofFIGS.19A-19J, and thus need not be repeated.

The wireless charging adaptor206can be used with any multi-use mount102described above with reference toFIGS.1A-18B, to add a wireless charging capability to an embodiment of the multi-use mount102that does not include a wireless charger that is integrated into the mount102. More specifically, the wireless charging adaptor206can be magnetically attached to any embodiment of the multi-use mount102described above with reference toFIGS.1A-18B, and after which (or before which) a portable electronic device (e.g., smartphone) can be attached to the wireless charging adaptor206, such that the wireless charging adaptor206is sandwiched between the main body112of the multi-use mount102and the portable electronic device (e.g., smartphone). The wireless charging adaptor206can alternatively and/or additionally be used on its own (i.e., without being attached to a multi-use mount102) as a wireless charging device, e.g., a wireless charging puck.

The wireless charging adaptor206has a magnetic ring216(or some other shaped magnet or array of magnets) that enables it to be magnetically coupled to a smartphone that includes a built in MagSafe magnet, has a MagSafe adaptor, has some other magnet (e.g., a magnetic ring or plate) attached to a backside of the smartphone, or to a smartphone being held by a phone case that has a MagSafe magnet (or some other shaped magnet or array of magnets) built into the phone case or attached to the phone case, or adhered to a backside of a smartphone. The magnetic ring216(or some other shaped magnet or array of magnets) can also be magnetically coupled (aka magnetically attached) to a ferromagnetic metal plate or ferromagnetic metal ring in or on a case for a smartphone or other portable electronic device, or otherwise attached (e.g. adhered) to the backside of a smartphone or other portable electronic device. In certain embodiments, the magnetic ring216(or some other shaped magnet or array of magnets) is covered by a transparent elastomer. In other embodiments, the magnetic ring216(or some other shaped magnet or array of magnets) is covered by an opaque plate. In still other embodiments, there is no transparent or opaque material covering the magnetic ring216(or some other shaped magnet or array of magnets) of the adaptor body212.

FIGS.20C,20D,20E,20F and20Gare respectively front, back, side, top and bottom views of the wireless charging adaptor206.FIG.20His a perspective view of the wireless charging adaptor206with a male end198of a connector cable196being moved towards a female connector plug218of the wireless charging adaptor206, and with the wireless charging adaptor206shown above and separate from the mount102in the completely folded (aka closed) position.FIG.20Ishows the wireless charging adaptor206after the male end of the connector cable196has been inserted into the female connector plug218of the wireless charging adaptor206, and after the wireless charging adaptor206has been attached (e.g., magnetically attached) to the mount102in the completely folded (aka closed) position. The wireless charging adaptor206can be attached to the multi-use mount102, while the mount102is in any of the various different positions described above with reference toFIGS.1A-11G. Accordingly, the wireless charging adaptor206can be used to charge a portable electronic device (e.g., smartphone) when the adaptor206and the portable electronic device (e.g., smartphone) are both attached to the mount102in any of its positions. For example,FIG.20Jis a front perspective view of the wireless charging adaptor206attached to an embodiment of the multi-use mount102in the standing easel position with the male end198of the connector cable196inserted into the female connector plug218of the wireless charging adaptor206. The wireless charging adaptor206and the multi-use mount102can be considered parts of a multi-use mount and charging system220, which can also be referred to herein more succinctly as a system220. The connector cable196can also be considered part of the system220. While not shown in the FIGS., the proximal end of the connector cable196can have any one of various different types of plugs for connecting the connector cable to a power source. Examples of the types of power source to which the connector cable196can be attached were described above, and thus, need not be repeated.

As noted above, the wireless charging adaptor206can alternatively and/or additionally be used to charge a portable electronic device (e.g., smartphone) when the adaptor206is not attached to the multi-use mount102.

In accordance with certain embodiments, a backside of the adaptor body212includes a ferromagnetic metal ring226(represented by the dotted ring labeled226inFIGS.20B and20D), or a ferromagnetic metal plate, or some other arrangement of one or more ferromagnetic metal parts, which enables the wireless charging adaptor206to be magnetically attached to the magnetic ring116of the multi-use mount102. It would also be possible for the backside of the adaptor body212to be a plate made entirely of ferromagnetic metal. In still other embodiments, the adaptor body212can include one or more magnets (in addition to the magnetic ring216) that are configured to be magnetically attached to the magnetic ring116of the multi-use mount102. Such one or more magnets (in addition to the magnetic ring216) can also be used to attach the wireless charging adaptor206to a ferromagnetic metal surface, such as a door or side of a refrigerator. In alternative embodiments, the adaptor body212can be adhered to the front side of the main body112of an embodiment of the mount102using an adhesive. Other variations are also possible and within the scope of the embodiments described herein.

As can be appreciated fromFIGS.20H-20J, the footprint or overall shape of the wireless charging adaptor206(and more specifically, its adaptor body212) is the same as the footprint or overall shape of the main body112, and the base132, of the multi-use mount102to which the wireless charging adaptor206is adapted to be attached. Accordingly, where the width of each of the main body112and the base132is 58.00 mm, and the height of each of the main body112and the base132is 70.00 mm, then the width and height of the wireless charging adaptor206(and more specifically, its adaptor body212) are respectively 58.00 mm and 70.00 mm. In certain embodiments, a thickness of the adaptor body212is in the range of about 5 mm to about 10 mm (e.g., about 6.6 mm). Other dimensions are also possible and within the scope of the embodiments described herein.

In the embodiment shown, the connector cable196can be electrically connectable to, and electrically disconnectable from, the wireless charging adaptor206. In an alternative embodiment, a connector cable196is fixedly attached to and fixedly electrically connected to the wireless charging adaptor206.

In order for a portable electronic device to be capable of being charged using with the wireless charger186(of the mount102or the adaptor206), the portable electronic device should include an inductive charging receiver that, when electromagnetically coupled with a corresponding coil of the wireless charger186, transfers electrical energy to charge an onboard battery of the portable electronic device or to otherwise provides power thereto, as is known in the art.

FIG.21is a front perspective view of the multi-use mount102, according to another embodiment of the present technology, when the multi-use mount is in a completely unfolded and substantially flat position.FIG.21illustrates how certain portions of the main body112, near its four corners, and generally in its center, can be made thinner to reduce the weight and the cost of materials of the mount102. Such weight and cost of materials reduction aspects can be also be implemented in each of the other embodiments described herein.

FIGS.4A-4G, described above, were used to show how the multi-use mount102can be positioned in a vent louver attachment position.FIGS.22A and22Bare, respectively, a rear perspective view and a side view of the mount102in an alternative vent louver attachment position, during which the neck162is parallel to and flush against the main body112, the first base portion134is generally co-planer with the neck162, the second base portion136extends generally perpendicularly from the first base portion134, and the hooks153extend downward from the second base portion136generally parallel to the main body112. The hooks153are also generally parallel to the first base portion134, and generally parallel to the neck162, when the mount102is in the vent louver attachment position shown inFIGS.2IA and21B. In this configuration, the first base portion134is also generally perpendicular to the main body112, and generally perpendicular to the neck162. The hooks153are configured to be used to attach the mount102to a horizontal louver of a vent of a vehicle, to thereby mount a smartphone (or other type of portable electronic device) to the louver of the vent. The recess140enables the hooks to153to be placed on either side of (and thereby straddle) a vertical component of the vent, which vertical component is perpendicular to the horizontal louver to which the hooks153attach. When the mount102is in the vent louver attachment position shown inFIGS.22A and22B, a portable electronic device can be selectively attached to the main body112of the multi-use mount102, either before or after the mount102is attached to a vent louver using the hooks153. It is noted that the phrase “generally perpendicular,” as used herein, means within +/−10 degrees of being perpendicular. In other words, when a first component is generally perpendicular to a second component, they are within +/−10 degrees of being oriented at 90 degrees relative to one another, i.e., they are oriented relative to one another at an angle within the range of 80 degrees to 100 degrees.

FIGS.5A-5G, described above, were used to show how the multi-use mount102can be positioned in a CD slot attachment position.FIGS.23A and23Bare, respectively, a rear perspective view and a side view of the mount102in an alternative CD slot attachment position, during which the first base portion134and the second base portion136of the base132are co-planar with one another, the first neck portion164and the second neck portion166of the neck162are co-planer with one another and resting within the trough150within the base132, and the main body112is generally perpendicular to the base132and the neck162. When the mount102is in the CD slot attachment position shown inFIGS.23A and23B, the base132(including the first and the second base portions134and136) and the neck162(including the first and the second neck portions164and166) both extend generally perpendicularly from an edge of the main body112so that a majority of the base132and a majority of the neck162can be inserted into a CD slot of a stereo installed in a dashboard of a vehicle. When the mount102is in the CD slot attachment position shown inFIGS.23A and23B, a portable electronic device can be selectively attached to the main body112of the multi-use mount102, either before or after the mount102is inserted into a CD slot of a stereo installed in a dashboard of a vehicle. InFIGS.23A and23B, the main body112is shown as extending upward relative to the base132and the neck162. However, it is noted that the entire mount102in the configuration ofFIGS.23A and23Bcan be rotated 180 degrees so that the main body112instead extends downward relative to the base132and the neck162, and the mount could still be used to attach a smartphone to a CD slot.

The various hinges described above, including the main body-to-neck hinge172, the base-to-neck hinge170, the intra-neck hinge168, and the intra-base hinge138, are hinge type mechanical joints that are configured to enable various components to pivot relative to one another. More specifically, the main body-to-neck hinge172is configured to enable the main body112and the neck162to pivot relative to one another; the base-to-neck hinge170is configured to enable the base132and the neck162to pivot relative to one another; the intra-neck hinge168is configured to enable the first neck portion164and the second neck portion166to pivot relative to one another; and the intra-base hinge138is configured to enable the first base portion134and the second base portion136to pivot relative to one another. In accordance with further embodiments of the present technology, one or more of the aforementioned hinge type joints can be replaced with another type of joint, such as a ball joint, in order to increase the number of degrees of freedom of the joint. More specifically, while a hinge type of joint has one degree of freedom, a ball joint has three degrees of freedom.

FIG.24is a front perspective view of the multi-use mount102, according to another embodiment of the present technology, when the multi-use mount102is in a completely unfolded and substantially flat position. A comparison betweenFIG.24andFIG.22shows that inFIG.24the main body-to-neck hinge172, which is a type of joint, is replaced with another type of joint, specifically a main body-to-neck ball joint173. Beneficially, the main body-to-neck ball joint173enables the main body112(and a smartphone or other type of portable electronic device202attached thereto) to be rotated with three degrees of freedom, thereby increasing the different viewing angles and image capture angles that a smartphone or other type of portable electronic device202can be held at using the mount102. A comparison betweenFIG.24andFIG.22also shows that inFIG.24the shape of an end of the first neck portion164, adjacent to the main body-to-neck ball joint173, has been changed to have a tapered shape in order to increase the range of motion of the main body112, compared to if the end of the first neck portion164adjacent to the main body112still had a squared shape, as inFIG.22.

In accordance with an embodiment, the ball joint173includes a spherical ball175that is pivotably coupled to the main body112within a socket113located at a lower end of the main body112. The spherical ball175extends from a stud165of the first neck portion164. The socket113includes a pair of socket sections115,117that straddle the spherical ball175. Other implementations of the ball joint173are also possible and within the scope of the embodiments described herein. It is noted that it would also be possible to replace another one of the hinge type joints with a ball joint. For example, alternatively, or additionally, the base-to-neck hinge170can be replaced within a ball joint, similar to the ball joint173described above, but not limited thereto.

FIGS.25A and25Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.24, while the mount102is in a completely folded position, which can also be referred to as a closed position, which position is similar to the position discussed above with reference toFIGS.2A-21.

FIGS.26A and26Bare, respectively, a front perspective view and a rear perspective view of the mount102introduced inFIG.24, while the mount is in a standing easel position, similar to the position discussed above with reference toFIGS.3A-3K.

FIGS.27A and27Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.24, while the mount102is in a vent louver attachment position, similar to the position discussed above with reference toFIGS.4A-4G.

FIGS.28A and28Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.24, while the mount102is in an alternative vent louver attachment position, similar to the position discussed above with reference toFIGS.22A-22B.

FIGS.29A and29Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.24, while the mount102is in a CD slot attachment position, similar to the position discussed above with reference toFIGS.5A-5I.

FIGS.30A and30Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.24, while the mount102is in an alternative CD slot attachment position, similar to the position discussed above with reference toFIGS.23A-23B.

FIGS.31A and31Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.24, while the mount102is in a small diameter pole attachment position, when the base132and the neck162are pivotally articulated to form a small triangular loop181. The small triangular loop181can be wrapped around a pole, a fence, or a person's finger.

FIGS.32A and32Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.24in a large diameter pole attachment position, when the base132and the neck162are pivotally articulated to form a pentagonal loop183, which can loop around a large diameter pole. The pentagonal loop183is similar to the pentagonal loop182introduced above with reference toFIGS.7A-7E. However, inFIGS.32A and32Bthe hooks153are directed inward generally towards the inside of the loop183. By contrast, inFIGS.7A-7Ethe hooks153are directed outward away from the inside of the loop182. It is noted that both types of pentagonal loops182,183work in a similar manner, and that either type of the loop can be formed by appropriately articulating the portions of the neck162and the base132.

FIGS.33A and33Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.24in a finger loop grip position, when the base132and the neck162are pivotally articulated to form a square loop184, similar to the position discussed above with reference toFIGS.8A-8G.

FIGS.34A and34Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.24in an upright airplane tray attachment position, similar to the position discussed above with reference toFIGS.11A-11G.

While not specifically shown and described, the mount102introduced inFIG.24can be positioned in all of the other various positions described above with reference to the discussion of the other embodiments of the mount102, e.g., discussed with reference toFIGS.1A through11G, but not limited thereto. Further, it is noted that the mount102introduced inFIG.24can be implemented as a wireless charging version of the multi-use mount, in a similar manner as was described above with reference toFIGS.19A-19J, by integrating a wireless charger186into the main body of the mount.

FIG.35is a front perspective view of the multi-use mount102, according to still another embodiment of the present technology, when the multi-use mount is in a completely unfolded and substantially flat position. In this embodiment, the neck162includes three neck portions and two intra-neck hinges, the base132includes only one portion (rather than first and second base portions), and the neck-to-base hinge170is positioned near the middle of the base132(rather than at an end of the base opposite to where the recess140in the base is located). More specifically, the neck162includes a first neck portion164, a second neck portion166, and a third neck portion169. The first neck portion164and the second neck portion166are pivotally articulatable about a first intra-neck hinge168. The second neck portion166and the third neck portion169are pivotally articulatable about a second intra-neck hinge167. Further, while in the completely unfolded position, the third neck portion169is positioned within a recess140within the base132.

FIGS.36A and36Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.35, while the mount102is in a completely folded position, which can also be referred to as a closed position. While the mount102in this embodiment is in the closed position, the first neck portion164is coplanar with the main body112, and the second neck portion166and the third neck portion169are coplanar with one another and coplanar with the base132, which reduces the thickness of the mount102in the closed position by more than 50% compared to the above described embodiments of the mount. More specifically, the thickness of the mount102introduced inFIG.35is less than 6 mm, e.g., about 4.25 mm, as shown inFIG.36B. The reduction in the thickness of the mount102introduced inFIG.35in the closed position, compared to the previously described embodiments of the mount (which was about 8.05 mm, as shown inFIG.2G), is due in part to the elimination of the trough150having a depth substantially the same as a thickness of the portions of the neck162that rest within the trough150when the mount102is in the closed (aka completely folded) position. By eliminating the trough150, the thickness of the base132is able to be significantly reduced.

FIGS.37A and37Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.35, while the mount is in a standing easel position. As can be appreciated fromFIGS.37A and37B, in this embodiment the neck162extends upward from a central portion of the base132, adjacent to the innermost end of the recess140, rather than at an end of the base132opposite to where the recess140in the base is located, as was the case in previously described embodiments. This is because, as noted above, the neck-to-base hinge170is positioned near the middle of the base132, adjacent to the innermost end of the recess140, rather than at one of the outermost ends of the base132opposite to where the recess in the base is located.

FIGS.38A and38Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.35, while the mount is in a vent louver attachment position. In this vent louver attachment position, the first neck portion164is coplanar with the main body112, the second neck portion166is parallel with and flush against the first neck portion164, and the third neck portion169is generally perpendicular to second neck portion166(as well as the first neck portion164and the second neck portion166). Additionally, the base132is generally perpendicular to the main body112(as well as to the first neck portion164and the second neck portion166), with the third neck portion169being flush against a portion of the base132to reveal the recess140. The recess140enables the hooks to153to be placed on either side of (and thereby straddle) a vertical component of the vent, which vertical component is perpendicular to the horizontal louver to which the hooks153attach.

FIGS.39A and39Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.35, while the mount102is in an alternative vent louver attachment position.

FIGS.40A and40Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.35, while the mount is in a CD slot attachment position. In this CD slot attachment position, the first neck portion164is coplanar with the main body112, the second neck portion166is flush against and parallel to the first neck portion164(as well as parallel to the main body112). The third neck portion169is generally perpendicular to the second neck portion166(as well as generally perpendicular to the first neck portion164and the main body112), and the third neck portion169is coplanar with (and resting within the recess140of) the base132.FIGS.41A and41Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.35, while the mount102is in an alternative CD slot attachment position.

FIGS.42A and42Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.35, while the mount102is in a finger loop grip position. In this position, the main body112and the base132are flush against one another and parallel to one another, and the first neck portion164, the second neck portion166, and the third neck portion169form a loop within which a user can insert one or more fingers.FIGS.43A and43Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.35, while the mount102is in an alternative finger loop attachment position. The loops shown inFIGS.42A-42B, and43A-43Bcan alternatively be wrapped around a pole, or a fence, rather than a person's finger(s).

FIGS.44A and44Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.35in a large diameter pole attachment position, which can be used in a manner similar to the position shown inFIGS.7A-7E and32A-32B.

FIGS.45A and45Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.35in a side grip position, which can be used in a manner similar to the position shown inFIGS.6A-6G.

FIGS.46A and46Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.35in a upright airplane tray attachment position, which can be used in a manner similar to the position shown inFIGS.9A-9G.

FIGS.47A and47Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.24in an alternative upright airplane tray attachment position, which can be used in a manner similar to the position shown inFIGS.11A-11G.

While not specifically shown and described, the mount102introduced inFIG.35can be positioned in all of the other various positions described above with reference to the discussion of the other embodiments of the mount102, e.g., discussed with reference toFIGS.1A through11G, but not limited thereto. It is also within the scope of the embodiments described herein for one or more of the hinge type joints, such as the main body-to-neck hinge172to be replaced with a ball joint (similar to ball joint173discussed above) in order to enable the main body112(and a smartphone or other type of portable electronic device202attached thereto) to be rotated with three degrees of freedom, thereby increasing the different viewing angles and image capture angles that a smartphone or other type of portable electronic device202can be held at using the mount102introduced inFIG.35. Further, it is noted that the mount102introduced inFIG.35can be implemented as a wireless charging version of the multi-use mount, in a similar manner as was described above with reference toFIGS.19A-19J, by integrating a wireless charger186into the main body of the mount.

FIG.48is a front perspective view of the multi-use mount102, according to still another embodiment of the present technology, when the multi-use mount is in a completely unfolded and substantially flat position. In this embodiment, the neck162includes two neck portions and one intra-neck hinge, the base132includes only one portion (rather than first and second base portions), and the neck-to-base hinge170is positioned near the middle of the base132at an innermost end of the recess140in the base132(rather than at one of the outermost ends of the rectangular base132opposite to where the recess140in the base is located). More specifically, the neck162includes a first neck portion164and a second neck portion166that are pivotally articulatable about an intra-neck hinge168. Further, while in the completely unfolded position, the second neck portion166is positioned within a recess140within the base132. The main body112is shown as including a cavity119within which a portion of the base-to-neck hinge170rests when the mount is in the closed position. In this embodiment, the length of the main body112is equal to the collective length of the first neck portion164and the base132, such that when the mount102is in the closed position, as shown inFIGS.49A and49Bdiscussed below, the first neck portion164, the second neck portion166, and the base132are all coplanar with one another and flush against and of equal length as the main body112.

FIGS.49A and49Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.48, while the mount102is in the completely folded position, which can also be referred to as the closed position. While the mount102in this embodiment is in the closed position, the first neck portion164, the second neck portion166, and the base132are all coplanar with one another, which reduces the thickness of the mount102in the closed position by more than 50% compared to the embodiments of the mount described with reference toFIGS.1A through34B. More specifically, the thickness of the mount102introduced inFIG.48is less than 6 mm, e.g., about 4.25 mm, as shown inFIG.36B, as was also the case with the embodiment described above with reference toFIGS.35through47B. The reduction in the thickness of the mount102introduced inFIG.48in the closed position, compared to the previously described embodiments of the mount (which was about 8.05 mm, as shown inFIG.2G), is again due in part to the elimination of the trough150having a depth substantially the same as a thickness of the portions of the neck162that rest within the trough150when the mount102is in the closed (aka completely folded) position. By eliminating the trough150, the thickness of the base132is able to be significantly reduced.

FIGS.5CA and50Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.48, while the mount is in a standing easel position. As can be appreciated fromFIGS.40A and40B, in this embodiment the neck162extends upward from a central portion of the base132, adjacent to the innermost end of the recess140(as was also the case in the embodiment introduced inFIG.35), rather than from an outer peripheral end of the base132, as was the case in many previously described embodiments. This is because, as noted above, the neck-to-base hinge170is positioned near the middle of the base132, adjacent to the innermost end of the recess140, rather than at one of the outermost ends of the base132opposite to where the recess140in the base is located.

FIGS.51A and51Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.48, while the mount is in a vent louver attachment position. In this vent louver attachment position, the first neck portion164is parallel with and flush against a portion of the main body112, and the second neck portion166supports the base132such that the base132extends generally perpendicular relative to the main body112and the first neck portion164. The recess140in the base132enables the hooks to153to be placed on either side of (and thereby straddle) a vertical component of the vent, which vertical component is perpendicular to the horizontal louver to which the hooks153attach.

FIGS.52A and52Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.48, while the mount is in a CD slot attachment position. In this CD slot attachment position, the first neck portion164is parallel with and flush against a portion of the main body112. The second neck portion166is coplanar with the base132and positioned within the recess140in the base132, and the second neck portion166and the base132are generally perpendicular relative to the main body112and relative to the first neck portion164.

FIGS.53A and53Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.48, while the mount102is in a finger loop grip position. In this position, the main body112, the first neck portion164, the second neck portion166, and the base132form a loop within which a user can insert one or more fingers. The loop shown inFIGS.55A-53Bcan alternatively be wrapped around a pole, or a fence, rather than a person's finger(s).

FIGS.54A and54Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.48in a large diameter pole attachment position, which can be used in a manner similar to the position shown inFIGS.7A-7E,32A-32B and44A-44B.

FIGS.55A and55Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.48in a side grip position, which can be used in a manner similar to the position shown inFIGS.6A-6G, and inFIGS.45A-45B.

FIGS.56A and56Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.48in a upright airplane tray attachment position, which can be used in a manner similar to the position shown inFIGS.9A-9G, and inFIGS.46A-46B.

FIG.57is a front perspective view of the multi-use mount102, according to still another embodiment of the present technology, when the multi-use mount102is in a completely unfolded and substantially flat position. In this embodiment, the neck162includes three neck portions and two intra-neck hinges, the base132includes only one portion, and the neck-to-base hinge170is positioned at the innermost end of the recess140in the base132(rather than at an end of the base opposite to where the recess140in the base is located). More specifically, the neck162includes a first neck portion164, a second neck portion166, and a third neck portion169. The first neck portion164and the second neck portion166are pivotally articulatable about a first intra-neck hinge168. The second neck portion166and the third neck portion169are pivotally articulatable about a second intra-neck hinge167. Further, while in the completely unfolded position, the entirety of the neck162(including the first neck portion164, the second neck portion166, and the third neck portion169) is positioned within the recess140within the base132. In this particular embodiment, the first neck portion164, the second neck portion166, and the third neck portion169are identical to one another, which simplifies the manufacture of this particular embodiment, because there is no need to manufacture two or three different types of neck portions. The main body112is shown as including a cavity119within which a portion of the base-to-neck hinge170rests when the mount is in the closed position.

FIGS.58A and58Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.57, while the mount102is in the completely folded position, which can also be referred to as the closed position. While in the completely folded position (aka the closed position), the entirety of the neck162(including the first neck portion164, the second neck portion166, and the third neck portion169) positioned within the recess140within the base132, the base132is flush against a portion of the main body112, and the neck162is flush against a further portion of the main body.

While the mount102in this embodiment is in the closed position, the first neck portion164, the second neck portion166, the third neck portion169, and the base132are all coplanar with one another, which reduces the thickness of the mount102in the closed position by more than 50% compared to the embodiments of the mount described with reference toFIGS.1A through34B. More specifically, the thickness of the mount102introduced inFIG.48is less than 6 mm, e.g., about 4.25 mm, as shown inFIG.36B, as was also the case with the embodiment described above with reference toFIGS.35through55B. The reduction in the thickness of the mount102introduced inFIG.57in the closed position, compared to the previously described embodiments of the mount (which was about 8.05 mm, as shown inFIG.2G), is again due in part to the elimination of the trough150having a depth substantially the same as a thickness of the portions of the neck162that rest within the trough150when the mount102is in the closed (aka completely folded) position. By eliminating the trough150, the thickness of the base132is able to be significantly reduced.

FIGS.59A and59Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.57, while the mount is in a standing easel position. As can be appreciated fromFIGS.59A and59B, in this embodiment the neck162extends upward from the innermost end of the recess140, rather than from an end of the base132opposite to where the recess140in the base is located, as was the case in many previously described embodiments. This is because, as noted above, the neck-to-base hinge170is positioned near the middle of the base132, adjacent to the innermost end of the recess140, rather than at one of the outermost ends of the base132opposite to where the recess140in the base is located.

FIGS.6CA and60Bare, respectively, a rear perspective view and a side view of the mount102introduced inFIG.57, while the mount is in a vent louver attachment position. In this vent louver attachment position, the first neck portion164, is parallel with and flush against a portion of the main body112, the second neck portion166is slightly offset from being parallel with the main body, and the third neck portion169supports the base132such that the base132extends generally perpendicular relative to the main body112and the first and second neck portions164and166. The recess140in the base132enables the hooks to153to be placed on either side of (and thereby straddle) a vertical component of the vent, which vertical component is perpendicular to the horizontal louver to which the hooks153attach.

FIGS.61A and61Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.57, while the mount is in a CD slot attachment position, during which the entirety of the neck162(including the first neck portion164, the second neck portion166, and the third neck portion169) is positioned within the recess140within the base132and is coplanar with the base132, and the based132and the neck162are generally perpendicular to the main body112. When the mount102is in the CD slot attachment position shown inFIGS.61A and61B, the base132and the neck162(including the first, second and second neck portions164,166and169) both extend generally perpendicularly from an edge of the main body112so that a majority of the base132and a majority of the neck162can be inserted into a CD slot of a stereo installed in a dashboard of a vehicle. When the mount102is in the CD slot attachment position shown inFIGS.61A and61B, a portable electronic device can be selectively attached to the main body112of the multi-use mount102, either before or after the mount102is inserted into a CD slot of a stereo installed in a dashboard of a vehicle. InFIGS.61A and61B, the main body112is shown as extending upward relative to the base132and the neck162. However, it is noted that the entire mount102in the configuration ofFIGS.61A and61Bcan be rotated 180 degrees so that the main body112instead extends downward relative to the base132and the neck162, and the mount could still be used to attach a smartphone to a CD slot.

FIGS.62A and62Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.57, while the mount102is in a finger loop grip position. In this position, the main body112and the base132are flush against one another and parallel to one another, and the first neck portion164, the second neck portion166, and the third neck portion169form a loop within which a user can insert one or more fingers. The loop shown inFIGS.62A-62B, can alternatively be wrapped around a pole, or a fence, rather than a person's finger(s).

FIGS.63A and63Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.57in a large diameter pole attachment position. In this position, the main body112and the base132are generally perpendicular to one another, and the first neck portion164, the second neck portion166, and the third neck portion169, together with a portion of the base, form a loop that can be wrapped around a large diameter pole.

FIGS.64A and64Bare, respectively, a rear perspective view and a side view of the mount introduced inFIG.57in a upright airplane tray attachment position, which is also an airplane pocket attachment position. In this position, the first neck portion164and the second neck portion166are flat against and parallel to the main body112. The third neck portion169is generally perpendicular to the main body112, and generally perpendicular to the first and second neck portions164and166. Additionally, the third neck portion is generally perpendicular to the base132, and the base132is generally parallel to the main body112. In this position, the base132can be slipped behind a folded up tray that is located on the backside of an airplane seat, and the third neck portion169supports the mount102above an edge of the folded up airplane tray. Alternatively, in this position, the base132can be slipped into a magazine or pamphlet pocket that is on the backside of an airplane seat, and the third neck portion169supports the mount102above an upper edge of magazine or pamphlet pocket.

While not specifically shown inFIGS.26A through66B, as was the case with the other embodiments described herein, the main body112of each embodiment of the mount102can include a magnetic ring116(or some other shaped magnet or array of magnets) that enables the main body112of the mount102to be magnetically coupled to a smartphone that includes a built in MagSafe magnet, has a MagSafe adaptor, has some other magnet (e.g., a magnetic ring or plate) attached to a backside of the smartphone, or to a smartphone being held by a phone case that has a MagSafe magnet (or some other shaped magnet or array of magnets) built into the phone case or attached to the phone case, or adhered to a backside of a smartphone.

While not specifically shown and described, the mount102introduced inFIG.48and the mount introduced inFIG.57can be positioned in most of the other various positions described above with reference to the discussion of the other embodiments of the mount102, e.g., discussed with reference toFIGS.1A through11G, but not limited thereto. It is also within the scope of the embodiments described herein for one or more of the hinge type joints, such as the main body-to-neck hinge172to be replaced with a ball joint (similar to ball joint173discussed above) in order to enable the main body112(and a smartphone or other type of portable electronic device202attached thereto) to be rotated with three degrees of freedom, thereby increasing the different viewing angles and image capture angles that a smartphone or other type of portable electronic device202can be held at using the mount102introduced inFIG.48or introduced inFIG.57. Further, it is noted that the mount102introduced inFIG.48and the mount102introduced inFIG.57can be implemented as a wireless charging version of the multi-use mount, in a similar manner as was described above with reference toFIGS.19A-19J, by integrating a wireless charger186into the main body112of the mount. Any embodiment of the mount102that does not include an integrated wireless charger186, can be used the wireless charging adaptor206described above with reference toFIGS.20A-J. In each of the above described embodiments of the mount102, the magnets155on the base132enable the mount102to be used to magnetically mount a smartphone (that is magnetically attached to the mount102) to a ferromagnetic metal surface, e.g., of a refrigerator, or of a metal plate adhered to a surface or object, but not limited thereto.

As can be appreciated from the above description, in accordance with certain embodiments, the various embodiments of the mount102provide for at least ten different uses or configurations (aka positions), and thus, can also be referred to as a ten-in-one mount or a 10-in-1 mount. The at least ten different configurations (aka positions) include, but are not limited to:a standing easel mount (e.g., as shown inFIGS.3A-3K,19J,20J,26A-26B,37A-37B,50A-50B, and59A-59B),a high easel leaning mount (e.g., as shown in10A-10G), where the mount can be used to hold a smartphone in a portrait orientation at an angle on a tabletop or other horizontal surface,a vent mount (e.g., as shown inFIGS.4A-4G,22A-22B,27A-27B,28A-28B,38A-38B,39A-39B,51A-51B, and60A-60B),a CD slot mount (e.g., as shown inFIGS.5A-5I,23A-23B,29A-29B,30A-30B,40A-40B,52A-52B, and61A-61B),a small pole attachment mount (e.g., as shown inFIGS.6A-6G,31A-31B,53A-53B, and62A-62B),a large pole attachment mount (e.g., as shown inFIGS.7A-7G,32A-32B.44A-44B,54A-54B, and63A-63B),a finger loop grip (e.g., as shown inFIGS.8A-8G,31A-31B,33A-33B,42A-42B,43A-43B,53A-53B, and62A-62B),an upright folding tray mount (e.g., as shown inFIGS.9A-9G,34A-34B,46A-46B,47A-47B,56A-56B, and64A-64B),a first type of airplane pocket mount (e.g., as shown inFIGS.10A-10G),a second type of airplane pocket mount (e.g., as shown inFIGS.11A-11G,34A-34B, and64A-64B),a side grip holder (e.g., as shown inFIGS.6A-6G,45A-45B, and55A-55B),a selfie stick (e.g., as shown inFIGS.1A-1D,21,24,35,48, and57),a mount that can be held between a pair of adjacent digits (aka fingers) of a person's hand, or between a thumb and finger (e.g., as shown inFIGS.5A-5I,23A-23B,29A-29B, and30A-30B), anda magnetic mount to a ferromagnetic metal surface (e.g., as shown inFIGS.2H-2J,19A-19D,25A-25B,36A-36B,49A-49B,58A-58B).

The mount102may also be used with other types of portable electronic devices, besides smartphones, such as, but not limited to, relatively small music and/or video players and relatively small music and/or video recorders. Examples of such relatively small video recorders include action video cameras, web cameras, 360 degree Cameras, and the like. These are just a few examples of the other types of portable electronic devices that the mount102can be used with, which examples are not intended to be all encompassing.

In accordance with certain embodiments, any one of the bases132described herein, or a portion thereof (such as the first base portion134or the second base portion136), can include a threaded orifice or opening (aka a screw hole) configured to receive a tripod screw that projects from an upper portion of a tripod. Such a screw hole in the base132of the mount102, or a portion thereof, enables the mount102to be attached to a tripod that has a tripod screw, and thereby enables a smartphone (or other type of portable electronic device) to which the mount102is attached to be mounted to the tripod.

The description of the present disclosure has been presented for purposes of illustration and description but is not intended to be exhaustive or limited to the disclosure in the form disclosed. Many modifications and variations will be apparent to those of ordinary skill in the art without departing from the scope and spirit of the disclosure. For example, the neck162can include more than three neck portions that are connected by more than one intra-neck hinge. For example, it would also be possible for the neck162to include more the three portions, and more than two intra-neck hinges. For another example, the base132can include more than two base portions that are connected by more than one intra-base hinge. More specifically, the base can include first, second and third base portions and two intra-base hinges, which would enable the mount102to have even more possible different positions. It would also be possible for the base132to include more the three portions, and more than two intra-base hinges. For still another example, the main body112can include two or more main body portions that are connected by one or more intra-main body hinge(s). Further, as noted above, one or more of the hinges described herein can be replaced with another type of joint, such as a ball joint, to increase the range of motion of the components relative to one another.

The aspects of the disclosure herein were chosen and described in order to best explain the principles of the disclosure and the practical application, and to enable others of ordinary skill in the art to understand the disclosure with various modifications as are suited to the particular use contemplated.

The disclosure has been described in conjunction with various embodiments. However, other variations and modifications to the disclosed embodiments can be understood and effected from a study of the drawings, the disclosure, and the appended claims, and such variations and modifications are to be interpreted as being encompassed by the appended claims. In the claims, the word “comprising” does not exclude other elements or steps, and the indefinite article “a” or “an” does not exclude a plurality.

For purposes of this document, reference in the specification to the terms “about” and “generally” when used herein to refer to measurements or angles, mean plus or minus 10 percent of a specified value.

For purposes of this document, a connection may be a direct connection or an indirect connection (e.g., via one or more other parts). In some cases, when an element is referred to as being connected or coupled to another element, the element may be directly connected to the other element or indirectly connected to the other element via intervening elements. When an element is referred to as being directly connected to another element, then there are no intervening elements between the element and the other element.

The foregoing detailed description has been presented for purposes of illustration and description. It is not intended to be exhaustive or to limit the subject matter claimed herein to the precise form(s) disclosed. Many modifications and variations are possible in light of the above teachings. The described embodiments were chosen in order to best explain the principles of the disclosed technology and its practical application to thereby enable others skilled in the art to best utilize the technology in various embodiments and with various modifications as are suited to the particular use contemplated. It is intended that the scope be defined by the claims appended hereto.

PARTS LIST