Abstract: An adjustable flow narrow profile balloon device for use in an aorta has a catheter and an adjustable flow device comprising a scaffold having an anchored end fixed to the catheter, a movable end distal to the fixed end and support extending between the anchored end and the movable end, and a flexible tube attached to the support and at least one tension wire attached to the movable end and extending through the catheter such that the at least one tension wire is accessible to move the movable end of the balloon towards the anchored end when the catheter is positioned in the aorta. The adjustable flow device has a collapsed configuration; a fully occluded configuration in which the length of the support lies flat against the catheter and the flexible tube is inflated; and adjustable flow configurations allowing for a desired amount of fluid flow past the device.

Abstract: A luggage protection apparatus can include a body having a recess and an opening providing access to the recess. An attachment member can be connected to the body, where the attachment member is configured to couple the body to luggage. A plurality of protective sheets can be stored in the recess of the body and the plurality of protective sheets can be removably connected in series. Each protective sheet can be sized and shaped to cover a bottom surface of luggage. An external protective sheet can have a proximal end removably connected to the plurality of protective sheets. The external protective sheet can also have a free distal end configured to removably connect to the attachment member, where the free distal end is located opposite the proximal end.

Abstract: An aortic occlusion device includes a catheter and a balloon mounted along the catheter, wherein the balloon is a narrow profile balloon. The narrow profile balloon comprises an anchored end fixed to the catheter, a movable end distal to the fixed end, a wall extending between the anchored end and the movable end, an inflatable tube located proximate along the wall and circumscribing the wall, and at least one tension wire attached to the movable end and extending through the catheter such that the at least one tension wire is accessible to move the movable end of the balloon towards the anchored end when the catheter is positioned in the aorta.

Abstract: A selective aortic balloon device includes a catheter comprising an open distal end configured to be inserted into a body cavity or vessel, and a plurality of adjustable port regions with inflatable balloons between adjacent adjustable port regions. Each adjustable port region is configured to move between a closed position and an open position to selectively allow fluid flow to enter the catheter through the open distal end and to exit the catheter through one or more of the plurality of adjustable port regions depending on an inflation pattern of the inflatable balloons.

Abstract: A bite plate is provided to protect a user's teeth from damage due to teeth grinding and/or long term interdigitating pressure, as during cervical traction. The device defines a trench for receiving at least some of the upper teeth of a user and is self fitting to accommodate both narrow and wide dental arches. Once inserted into the mouth the device snugly engages the front teeth and remains positioned, keeping the teeth of the upper and lower jaws from directly engaging and being damaged.

Abstract: A dental orthosis is provided for use in the treatment of snoring. The upper portion of the device defines a trough for receiving some of the upper teeth of the patient. The rear wall of the trough is truncated so that the device can accommodate both narrow and wide dental arches so that one size of the device can accommodate substantially all users. Once inserted into the mouth the device snugly engages the upper teeth, particularly the front teeth, and remains positioned independent of natural motions of the lower jaw. The lower portion of the device is formed into a ramp structure whereby natural jaw motions result in the engagement of the lower teeth with the ramp, which will cam the lower jaw into a more forward position.