Not Applicable.
Not Applicable.
This disclosure relates to protective garments and associated equipment for use in firefighting, and more particularly, to protective garments in the form of firefighting coats, and radios and associated microphones (mics) and mic cords used by firefighters.
It is known for firefighters to carry a radio on their person for purposes of communication, and for the radio to include a microphone (mic) that is connected to a main body of the radio by a mic cord. Problems can occur when this equipment is exposed to the harsh environments encountered by a firefighter, particularly the harsh thermal environments encountered by firefighters.
In accordance with one feature of this disclosure, a mic cord access system is provided in a firefighter coat having a stormflap extending vertically over a torso portion of the coat and having an open position and a closed position. The mic cord access system includes: a pocket in the coat and configured to enclose a radio carried in an interior of the pocket, the pocket including a notch configured to allow a mic cord to extend from the interior of the pocket to an exterior of the pocket; an opening in the stormflap adjacent the notch and configured to allow a mic cord to extend from the notch to an interior side of the stormflap; and an interior mic mount on the interior side of the stormflap and configured to hold a mic with the stormflap in the closed position.
As one feature, the pocket is located on a lower half of the coat.
In one feature, the interior mic mount is located in an upper half of the stormflap.
As one feature, the interior mic mount is a mic mount tab.
According to one feature, the opening in the stormflap includes a releasable fastener that allows the opening to be selectively moved between an open condition wherein a mic cord can be placed on the interior side of the storm flap while extending from the notch and a closed condition wherein the opening is closed with a mic cord extending from the notch to the interior side of the stormflap.
In one feature, the releasable fastener is a hook and loop closure.
As one feature, the opening further includes a closure mechanism adjacent a lower portion of the opening. In a further feature, the closure mechanism is one of a bartack or snap.
According to one feature, the system further includes an exterior mic mount located on an exterior of the coat and configured to hold a mic with a mic cord of the mic extending from the interior side of the stormflap to the exterior of the coat.
In one feature, the exterior mic mount is a mic mount tab.
As one feature, the exterior mic mount is located on an upper half of an exterior of the coat.
According to one feature, the pocket is located on a lower half of the coat and the interior mic mount is located in an upper half of the stormflap. In a further feature, the system further includes an exterior mic mount located on an exterior of the coat and configured to hold a mic with a mic cord of the mic extending from an interior side of the stormflap to the exterior of the coat. In yet a further feature, the exterior mic mount is located on an upper half of an exterior of the coat. As a further feature, the exterior mic mount is a mic mount tab.
In one feature, the pocket is located on a lower half of the coat; the mic mount is located in an upper half of the stormflap; and the opening in the stormflap includes a releasable fastener that allows the opening to be selectively moved between an open condition wherein a mic cord can be placed on the interior side of the storm flap while extending from the notch and a closed condition wherein the opening is closed with a mic cord extending from the notch to the interior side of the stormflap. In a further feature, the releasable fastener is a hook and loop closure. In yet a further feature, the opening further includes a closure mechanism adjacent a lower portion of the opening. As a further feature, the closure mechanism is one of a bartack or snap. In an additional feature, the system further includes an exterior mic mount located on an exterior of the coat and configured to hold a mic with a mic cord of the mic extending from the interior side of the stormflap to the exterior of the coat.
Other features and advantages will become apparent from a review of the entire specification, including the appended claims and drawings.
The mic cord access system 10 disclosed herein will eliminate the need for a separate mic cord protection device by utilizing the existing thermal protection properties inherently found in the “shield” or “stormflap” 12 of a firefighting coat 14.
The Mic Cord Access System 10 solves the current problem of the mic cord 16 (the cord running from the radio 18 to the microphone 20) being damaged or destroyed while a firefighter is on active duty.
Unique or Novel features include:
Corner Notch 22 at top edge of bellow pocket 24 to adjust radio 18 and thread mic cord 16 out of pocket 24, as best seen in
The option of a closure mechanism 28 at base of velcro, either a bartack or snap 28, as best seen in
Stowing mic mount tab 30 on interior 32 of the shield 12 for placement of the microphone 20 when not in use, as best seen in
Exterior mic mount tab 34 on chest 36, upper chest 38 or collar position 40 of the exterior of the coat 14 for placement of the microphone 20 during active duty, as best seen in
The cord 16 will run under the shield stormflap 12 from the bellow pocket notch 22 to an exit point 42 nearest to the exterior mic mount tab 34.
This application claims priority to U.S. Provisional Application Ser. No. 62/067,174, filed Oct. 22, 2014, the entire disclosure which is incorporated herein by reference.
| Number | Date | Country | |
|---|---|---|---|
| 62067174 | Oct 2014 | US |