Waist-attachable mounting assembly for communication device

A waist-attachable mounting assembly for fastening and selectively positioning a communication device from the waist, the assembly comprising:

• a waist mount plate having an inner side with a spring-loaded clip fastener coupled thereto and an outer side, opposing the inner side of the waist mount plate, the waist mount plate with a button disposed thereon and the inner side of the waist mount plate comprising a clip;
• a device mount plate defined by a proximal side, a distal side, and a peripheral region with a device support member extending therefrom and disposed on the distal side of the device mount plate, the device mount plate having a button disposed thereon;
• a pair of rails extending towards the distal side, from the peripheral region of the device mount plate, wherein the device mount plate, the device support member, and the pair of rails are operably configured to detachable mount a communication device thereon, the buttons on the waist mount plate and the device mount plate operably configured to selectively depress to enable wireless communication, using ultra high frequency (UHF) radio waves, with the communication device;
• a first articulating arm defined by a first proximal end and a first distal end, the first proximal end joined with the outer side of the waist mount plate at a first spherical bearing, the first spherical bearing enabling rotational motion, pivotal motion, and translational displacement of the first articulating arm;
• a second articulating arm defined by a second proximal end and a second distal end, the second proximal end joined with the first distal end of the first articulating arm at a second spherical bearing, the second spherical bearing enabling rotational motion, pivotal motion, and translational displacement of the first articulating arm and the second articulating arm;
• a third articulating arm defined by a third proximal end and a third distal end, the third proximal end joined with the second distal end of the second articulating arm at a third spherical bearing, the third spherical bearing enabling rotational motion, pivotal motion, and translational displacement of the second articulating arm and the third articulating arm, the third distal end joined with the proximal side of the device mount plate at a fourth spherical bearing, the fourth spherical bearing enabling rotational motion, pivotal motion, and translational displacement of the third articulating arm;
• and
• at least one alternative articulating arm defined by a pair of alternative ends, the alternative ends joined with the first distal end, or the second proximal end, or the second distal end, or the third proximal end at an alternative spherical bearing, or the second spherical bearing, or the third spherical bearing, the alternative spherical bearing, the second spherical bearing, or the third spherical bearing enabling rotational motion, pivotal motion, and translational displacement of the alternative articulating arm,
• whereby the articulating arms are configured in an accordion arrangement.

A waist-attachable mounting assembly for fastening and selectively positioning a communication device from the waist, the assembly consisting of:

• a waist mount plate having an inner side with a spring-loaded clip fastener coupled thereto and an outer side, opposing the inner side of the waist mount plate, the waist mount plate with a button disposed thereon;
• a device mount plate defined by a proximal side, a distal side, and a peripheral region with a device support member extending therefrom and disposed on the distal side of the device mount plate, the device mount plate having a button disposed thereon;
• a pair of rails extending towards the distal side, from the peripheral region of the device mount plate, wherein the device mount plate, the device support member, and the pair of rails are operably configured to detachable mount a communication device thereon, the buttons on the waist mount plate and the device mount plate operably configured to selectively depress to enable wireless communication, using ultra high frequency (UHF) radio waves, with the communication device;
• a first articulating arm defined by a first proximal end and a first distal end, the first proximal end joined with the outer side of the waist mount plate at a first ball joint, the first ball joint enabling rotational motion, pivotal motion, and translational displacement of the first articulating arm;
• a second articulating arm defined by a second proximal end and a second distal end, the second proximal end joined with the first distal end of the first articulating arm at a second ball joint, the second ball joint enabling rotational motion, pivotal motion, and translational displacement of the first articulating arm and the second articulating arm;
• a third articulating arm defined by a third proximal end and a third distal end, the third proximal end joined with the second distal end of the second articulating arm at a third spherical bearing, the third spherical bearing enabling rotational motion, pivotal motion, and translational displacement of the second articulating arm and the third articulating arm, the third distal end joined with the proximal side of the device mount plate at a fourth spherical bearing, the fourth spherical bearing enabling rotational motion, pivotal motion, and translational displacement of the third articulating arm;
• at least one alternative articulating arm defined by a pair of alternative ends, the alternative ends joined with the first distal end, or the second proximal end, or the second distal end, or the third proximal end at an alternative ball joint, or the second spherical bearing, or the third spherical bearing, the alternative ball joint, the second spherical bearing, or the third spherical bearing enabling rotational motion, pivotal motion, and translational displacement of the alternative articulating arm,
• whereby the articulating arms are configured in an accordion arrangement;
• and
• a device support member extending from the peripheral region of the device mount plate.