The present invention relates generally to the field of stowing articles aboard aircraft, and more particularly, to a life vest stowage pouch having a rigid door and soft pouch for efficient packaging, low cost and reduced weight ideal for use aboard airliners.
Aircraft commonly travel over bodies of water such as lakes, rivers and oceans. As such, it is necessary for aircraft to have life savings devices on board such as life vests, inside the aircraft cabin, in the event of an emergency. Further, because such life saving devices must be readily accessible to all passengers, such devices must be located where passengers are most likely to be located. Typically, life vests are located adjacent or under a seat bottom. Unfortunately, in this location, life vests are subject to dust and debris collection, and more importantly, passenger tampering that can prevent successful deployment in the event of an emergency. Thus, there exists a need for a stowage solution capable of protecting a life vest from wear and tear and tampering, while remaining readily accessible to passengers.
Conflicting with the necessity of security and accessibility are the economies of volume and weight associated with aircraft. Because the allowable weight of fixtures and cargo on an aircraft are limited, it is necessary to reduce the weight requisite fixtures to allow for additional discretionary cargo. Similarly, because volume and space in an aircraft is limited, it is important to reduce volume of space occupied by fixtures to allow for additional discretionary cargo. Thus, there also exists a need for a life vest stowage solution that minimizes volume and space.
To achieve the foregoing and other aspects and advantages, in one embodiment the inventive concepts disclosed herein are directed to a life vest stowage pouch including a rigid throat having an opening therethrough, a fabric pouch attached to a back of the rigid throat and including an opening held open by the rigid throat, and a rigid door attached to a front of the rigid throat, the rigid door including a latch adapted to engage with a catch on the rigid throat to hold the rigid door closed, wherein the interior volume of the fabric pouch is sized to accommodate therein an inflatable life vest in a deflated state.
In another aspect, the stowage pouch may include a tamper evidence feature including a first feature disposed on the rigid throat, a second feature disposed on the rigid door, and a seal received through the first and second features, wherein the seal is unbroken when the rigid door is closed and the first and second features are together, and the seal is broken when rigid door is open and the first and second features are spaced apart.
In another aspect, the first feature may be a ring, the second feature may be a ring, and the seal may be broken by a force of at least 0.5 kg.
In another aspect, the rigid door may be hinged along a bottom edge to the rigid throat, and the latch may be disposed along a top edge of the rigid door.
In another aspect, at least one of the rigid throat and the rigid door may be transparent or translucent.
In another aspect, the stowage pouch may include a fastener adapted to attach the life vest stowage pouch under a seat bottom.
In another aspect, the fabric pouch may be secured at the opening thereof to a rigid collar that snap-fit engages with the back of the rigid throat such that no gap is provided between the rigid collar and the rigid throat.
In another aspect, the stowage pouch may include a strap disposed outside of the life vest stowage pouch at a front of the life vest stowage pouch, the strap fed through an opening between the rigid door and the rigid throat and adapted to attach to a life vest stowed in the interior volume of the fabric pouch, the strap adapted to be pulled to open the rigid door and retrieve the life vest.
In another aspect, the latch may include a guide for guiding the strap out through the front of the life vest stowage pouch.
In another embodiment, the inventive concepts disclosed herein are directed to an aircraft life vest stowage pouch including a rigid throat having an opening therethrough, a fabric pouch attached to a back of the rigid throat and including an opening held open by the rigid throat, a rigid door attached to a front of the rigid throat and including a latch adapted to engage with a catch on the rigid throat to hold the rigid door closed, a life vest disposed in the fabric pouch, and a strap having a free end and an attached end, the attached end attached to the life vest and the free end disposed through the front of the aircraft life vest stowage pouch, the strap routed between the latch and the catch such that pulling force on the strap releases the latch from the catch thereby opening the rigid door.
In another aspect, the stowage pouch may include a tamper evidence feature including a first feature disposed on the rigid throat, a second feature disposed on the rigid door, and a seal received through the first and second features, wherein the seal is unbroken when the rigid door is closed and the first and second features are together, and the seal is broken when rigid door is open and the first and second features are spaced apart.
Features, aspects and advantages of the present invention are understood when the following detailed description of the invention is read with reference to the accompanying drawings, in which:
The inventive concepts disclosed herein are generally directed to a life vest stowage pouch for use aboard aircraft and other conveyances. The life vest stowage pouch is particularly suited for use aboard aircraft in that the stowage pouch is lightweight, low-cost, and particularly suited for under seat location. The stowage pouch is configured to hold a single inflatable life vest in a deflated state, is configured with a tamper evidence feature, is configured for ease of search, and maximizes under seat stowage for personal articles, among other features and advantages.
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Each passenger seat 50 is equipped with a dedicated life vest stowage pouch 10 containing at least one life vest, for example, an inflatable life vest in a deflated state. The stowage pouch 10 opens to the front of the seat such that the passenger, in the event of an emergency, can reach down, grab a strap presented at the front the pouch, and pull the strap to open the pouch to retrieve the life vest. The stowage pouch 10 is mounted below the seat bottom 60, for example, directly up against the underside 62 of the seat bottom 60 to maximize storage space below the seat. Thus, the stowage pouch 10 is efficiently packaged to maximize under-seat stowage space.
The stowage pouch 10 generally includes a rigid front end and a soft back end. More specifically, the stowage pouch 10 includes a rigid door 20 and a rigid throat 30 at the front, and a fabric pouch 40 at the back. Such a configuration advantageously provides durability and protection at the front, and a reduced profile at the rear, among other advantages. Further, the rigid front end provides a rigid opening for ease of withdrawal of the life vest through the front end. Rigid materials suitable for the throat 30 and door 20 include, but are not limited to, plastics and like materials. Fabrics suitable for the fabric pouch 40 include, but are not limited to, flame-resistant fabrics suitable for use aboard aircraft.
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The fabric pouch 40 may be sewn or otherwise attached to a rigid collar 90 that snap-fit engages with the rigid throat 30. This ensures a tight fit between the fabric pouch 40 and the rigid throat 30 such that items cannot pass therebetween, for example, contraband attempted to be introduced into the interior volume of the stowage pouch 40. The rigid collar 90 may include retention features 92 that are forced past portions of a receiver portion 94 defined along the outside of the rigid throat 30, and come to rest in openings, thereby preventing the collar, along with the attached fabric pouch 40, from being pulled apart from the rigid throat 30. In one embodiment, the rigid collar 90 is a ring.
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The stowage pouch can further be configured with one or more of a bias member to bias the rigid door toward closed, door structure for locating the pull strap, stiffening beads or ribs for reinforcement, a throat threshold providing a smooth transition between the throat opening and fabric pouch, etc. The fabric pouch may include internal plastic reinforcements to enhance rigidity, resist sagging and assist upward retention of the pouch.
This application claims priority from U.S. Provisional Application No. 62/452,421 filed Jan. 31, 2017, the entirety of which is incorporated by referenced herein.
Number | Date | Country | |
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62452421 | Jan 2017 | US |