The present invention relates to travel bags for computer laptops that enables the laptop to be screened by the Transportation Security Administration (TSA) without removal from the travel bag
Due to increased screening efforts by the TSA, delays at airport screening facilities can often be a burden to travelers. To allow the TSA to reduce waiting times at security screening areas at airports, a travel bag has been designed to allow passengers to move quickly through security without having to remove their laptop from the travel bag. Inasmuch as the laptop remains in the travel bag the screening efficiency is improved and the potential for damaged laptops is reduced. Further, the potential for mistaken identity of a laptop is reduced.
After x-ray visualization and screening of the laptop inside the travel bag, passengers can in one easy motion, and with just one hand, remove the bag from the screening area.
It is, therefore, an object of the present invention to provide a travel bag for a laptop computer that would enable a person to quickly and conveniently pass through a security check point.
A travel bag for a laptop computer for easing scanning at a security checkpoint includes a first compartment for storing a laptop computer and a second compartment for storing other items typically carried by a traveler. The first compartment for storing a laptop computer is free of metal and pockets or organizers capable of holding items that may interfere with the scanning of the laptop computer. The two compartments are able to be spread apart to lie adjacent one another with aligned edge surfaces and a hinge structure is provided to interconnect the aligned edge surfaces. A carry handle is provided to be above the aligned edge surfaces.
In this way, the aligned edge surfaces are located below the carrying handle so the two compartments may be separated from one another while still connected through the hinge structure, and arranged to lie adjacent one another on a moving belt of a security scanner. Upon passing through the security scanner, the travel bag may be removed easily from the belt by grasping the handle to lift the travel bag and allow the two compartments to lie adjacent one another for removal from the security checkpoint.
In preferred form the two compartments each has respective surfaces of mating adhering members to hold them together upon removal from the security checkpoint. The compartment for the laptop computer may have a padded sleeve for receiving the laptop computer and the surface area adjacent the sleeve is free of any pockets or organizers capable of holding items that may interfere with the scanning of the laptop computer. This compartment is also free of any metal closures that may interfere with the scanning of the laptop computer.
The travel may also straps enabling the travel bad to be secured to a traveler's back.
These and other objects, and advantages and features of the present invention will become apparent from the description given below which is made in conjunction with the following drawing figures:
a illustrates a perspective view of a second embodiment of the present invention!
b illustrates the second embodiment of the present invention with the two compartments spread apart to lie adjacent one another on a TSA conveyor belt;
a illustrates a perspective view of a third embodiment of the present invention;
b illustrates the third embodiment of the present invention with the two compartments spread apart to lie adjacent one another on a TSA conveyor belt.
In this way, the aligned edge surfaces 20 and 22 are located below the carrying handle 26 so the two compartments 12 and 16 may be separated from one another while still connected through the hinge structure 24. As shown in
In preferred form, the two compartments 12 and 16 each has respective surfaces of mating adhering members 32, for example hook-and-loop materials to hold the compartments together upon removal form the security checkpoint. The number and location of the mating adhering members may vary according to expected requirements of the size and expected loads within the travel bag.
The compartment for the laptop computer may have a padded sleeve 34 for receiving the laptop computer and the surface area of the travel bag adjacent the sleeve is free of any pockets or organizers capable of holding items that may interfere with the scanning of the laptop computer. This compartment is also free of any metal closures that may interfere with the scanning of the laptop computer. Any zippers or the like are fabricated from synthetic plastics materials.
The two compartments also have on engaging inner surfaces mating adhering members, for example hook-and-loop materials, to hold the compartments together upon removal form the security checkpoint The number and location of the mating adhering members may vary according to expected requirements of the size and expected loads within the travel bag, but preferably are in the lower corners to assure the two compartments are secured in an aligned condition after the bag has lifted from a belt of a security scanner.
AS in the previous embodiments, the two compartments have on engaging inner surfaces mating adhering members, for example hook-and-loop materials, to hold the compartments together upon removal from the security checkpoint. The number and location of the mating adhering members may vary according to expected requirements of the size and expected loads within the travel bag, but preferably are at least in the lower corners to assure the two compartments are secured in an aligned condition after the bag has lifted from a belt of a security scanner.
These and other objects, advantages and features of the present invention will be understood from the detailed description made above; and it is understood that the present invention is not limited by any other details set forth above, but by the appended claims.
The application claims priority of provisional patent application, Ser. No. 61/074,085 filed Jun. 19, 2008.
Number | Date | Country | |
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61074085 | Jun 2008 | US |