Handheld hanger installation device
In various embodiments, a handheld hanger apparatus comprises an internal impact element that provides a driving force to a hanging device, and an energized element attached to the internal impact element that receives a first energy and converts the first energy to the driving force, where, upon the internal impact element providing the driving force to install a first portion of the hanging device into a surface of a wall, at least a second portion of the hanging device is proud to the wall. In some embodiments, a handheld hanger apparatus comprises the energized element discharges a rigid member at an acute angle relative to a wall surface, where, upon the energized element discharging the rigid member to install a first portion of the rigid member into the wall, at least a second portion of the rigid member remains outside the wall, configured to hold an object.
1 . A handheld hanger apparatus, comprising:
an internal impact element that provides a driving force to a hanging device; and
an energized element attached to the internal impact element, the energized element receiving a first energy and converting the first energy to the driving force,
wherein, upon the internal impact element providing the driving force to install a first portion of the hanging device along a straight path into a surface of a wall, at least a second portion of the hanging device is proud to the wall.
2 . The handheld hanger apparatus of claim 1 , wherein the internal impact element comprises either a hammer or a striker.
3 . The handheld hanger apparatus of claim 1 , wherein the hanging device is separate from the handheld hanger apparatus and comprises at least one of a straight rigid member or a hook.
4 . The handheld hanger apparatus of claim 1 , wherein the hanging device further comprises a driving surface member that receives the driving force from the internal impact element.
5 . The handheld hanger apparatus of claim 1 , wherein:
the hanging device further comprises a hook anchor member extending from the surface of the wall into the wall while the hanging device is proud to the wall, and
the hook anchor member does not extend through a back of the wall.
6 . The handheld hanger apparatus of claim 1 , wherein the energized element comprises one of a spring that stores spring energy, a compressed air source that stores pneumatic energy, or a solenoid that converts electrical energy into the driving force.
7 . The handheld hanger apparatus of claim 1 , further comprising a handle that receives the first energy from a user input and transfer the first energy to the energized element.
8 . The handheld hanger apparatus of claim 1 , further comprising a light source that projects a horizontal line or a vertical line onto the surface of the wall.
9 . The handheld hanger apparatus of claim 8 , wherein:
the horizontal line is projected onto the surface of the wall at an elevation equal to a height of a base of the hanging device upon installation; or
the vertical line is projected onto the surface of the wall along a vertical axis corresponding to a major axis of the hanging device upon installation.
10 . A handheld hanger apparatus, comprising:
an energized element that discharges a rigid member at an acute angle relative to a surface of a wall,
wherein, upon the energized element discharging the rigid member to install a first portion of the rigid member into the wall, at least a second portion of the rigid member remains outside the wall and is configured to hold an object.
11 . The handheld hanger apparatus of claim 10 , wherein the rigid member comprises a hook including a hook anchor member configured to extend from the surface of the wall into the wall while the second portion of the rigid member is proud to the wall, the hook anchor member not extending through a back of the wall.
12 . The handheld hanger apparatus of claim 10 , wherein a ratio between a width of the rigid member and a thickness of the rigid member is at least 10:1.
13 . The handheld hanger apparatus of claim 10 , further comprising:
a storage reservoir that stores one or more rigid members; and
a loading device that loads a first rigid member from the storage reservoir to a first position to be discharged via the energized element.
14 . The handheld hanger apparatus of claim 13 , wherein:
the storage reservoir stores the one or more rigid members axially to the surface of the wall; and
the loading device loads the first rigid member axially from the storage reservoir to the first position.
15 . The handheld hanger apparatus of claim 13 , wherein:
the storage reservoir stores the one or more rigid members laterally to the surface of the wall; and
the loading device loads the first rigid member axially from the storage reservoir to the first position.
16 . A method comprising:
receiving, by a handle of a handheld hanger apparatus, a first force, wherein the handheld hanger apparatus is aligned with a hanging device at a first position along a surface of a wall;
converting, by an energized element of the handheld hanger apparatus, the first force into a driving force,
causing, by the energized element, an internal impact element of the handheld hanger apparatus to provide the driving force to install the hanging device at an acute angle relative to the surface of the wall, wherein at a first portion of the hanging device extends into the wall at the acute angle, and a second portion of the hanging device is proud to the wall.
17 . The method of claim 16 , further comprising:
projecting, by a light source, a horizontal line or a vertical line onto the surface of the wall,
wherein the horizontal line is projected on the surface of the wall at an elevation equal to a height of a base of the hanging device upon installation, and
wherein the vertical line is projected on the surface of the wall along a vertical axis corresponding to a major axis of the hanging device upon installation.
18 . The method of claim 16 , wherein the hanging device has a vertical load capacity, based on a width of the hanging device, that meets or exceeds a load that the hanging device is to support.
19 . The method of claim 16 , wherein the energized element comprises one of a spring that stores spring energy, a compressed air source that stores pneumatic energy, or a solenoid that converts electrical energy into the driving force.