A menstrual device with a reservoir portion attached to a rim portion where the rim of the device is configured to improve use and comfort. The edge of the reservoir portion may be molded into the defined geometry of the rim portions. Additionally, the rim may have one or more channels and/or elements positioned within the defined geometry of the rim.

A non-invasive female urine collection device comprising a first pipe with an inflatable balloon attached to a first end of the first pipe; and a urine collection member attached to a second end of the first pipe such that, when the first end of the first pipe is inserted into vagina, the urine collection member covers urethra for collecting the urine discharged through the urethra. The urine collection member further comprising a first membrane and a second membrane together forming a urine collection pouch, in that the second membrane is shorter than the first membrane exposing the first membrane around Urethra for collecting the urine discharged through the urethra. The urine collection member further comprising a set of spikes formed on the first membrane in line with the urethra to prevent splashing of urine coming out of urethra.

A menstrual device with a reservoir portion and a rim portion where the rim element is comprised of stiffer higher durometer resilient material while the reservoir portion is made from a softer lower durometer material. Additionally, other portions of the menstrual device may have differing durometer materials. The menstrual device may be configured with a compression relief element to help improve the overall folding of the device for use.

A menstrual fluid collection device including a flexible container having a storage cavity to store a fluid and a movable opening formed in a closed position at a first end of the flexible container, the storage cavity to receive the fluid when the movable opening is in an open position and an inflatable seal member coupled to and extending around the flexible container, the inflatable seal member configured to move the opening to the open position, when inflated.

An asymmetrical menstrual device with functional pressure points that aid in the insertion, opening, and removal of the device and requires minimal contact with the device itself, as well as with the body while placing inside the vaginal canal. Major design elements support ease of placement and effective opening of the device to create a seal, while minimizing pressure in sensitive areas. Another design feature is the length, functionality, and malleability of the removal stem that can be adapted to any length up until the base of the device. These elements enable greater cleanliness, comfort, and overall ease of use.

A female urine device includes a shell portion and a spout portion. The shell portion includes a bottom wall, a first sidewall, a second sidewall and a rear wall integrally connected to define a trough shaped inner chamber. A forward opening is defined by forward ends of the walls. An upper rim is defined by upper ends of the walls. The spout portion extends forward from the forward opening of the shell portion. A portion of the female urine device is phosphorescent.

The subject matter described herein is designed to facilitate and overcome the limitations of rehabilitation of body changes and to improve, retrain, and facilitate body functions micturition, defecation, sexual pleasure, anatomic prolapse, and their related bodily dysfunctions. The devices can include sensor, optics, send and receive transmitters, local positioning system (LPS) or sensors, computing devices and display elements and devices, which can be powered by bio-generating machines and devices.

Arrangements described herein relate to a device for collecting intravaginal fluid. The device is defined by a hollow collector and a flexible fluid collection bag, wherein the device is configured such that when inserted into the vagina, the hollow collector forms a seal with the inner walls of the vagina, while the fluid collection bag extends outside the body. By allowing fluid to collect outside the body rather than inside the, the device is permitted to be narrow in diameter (such as, for example, the diameter of a tampon), to increase user comfort. Flaps at the opening of the hollow collector may be used to seal fluid within the device when it is extracted from the body.

A menstrual device includes a cup and an extractor. Within the cup is a hollow projection having a channel which communicates with a guide. A blunt tip of the extractor is guided by the guide and received in the hollow projection. The extractor further includes a helical section proximal to the blunt tip which is configured to securely engage the cup from within the hollow projection. A handle portion of the extractor facilitates advancement of the blunt tip and extraction of the extractor together with the cup, once the two are engaged with each other. In a specific embodiment, the guide has a free end with a larger opening than an opposite end which is adjacent the cup, to better guide the blunt tip into the hollow projection. The hollow projection can have a frictional surface or threading for the engagement to the helical portion of the extractor.

The present invention relates to methods and compositions for the treatment of vesicovaginal fistula. It is based, at least in part, on the discovery that a menstrual cup may be used to collect urine and decrease or prevent urine leakage in certain women having vesicovaginal fistula and, in some cases, the menstrual cup was observed to at least partially occlude the fistula and permit normal micturition.