Abstract: A collection device for a catheter assembly is disclosed providing for an easier catheterization process and fluid collection with the device capable of being folded from a larger form into a smaller, more mobile form. The collection device may have attached to its top portion a connecting tube capable of being stretched and compressed, thereby allowing the user more flexibility and convenience while catheterized. Additionally, the collection device may contain antiseptic agents, fold lines, a drainage tube, fastening mechanisms, and leg strap holders in order to make the device more convenient to use.

Abstract: A connecting device for a catheter assembly is disclosed allowing a user to connect a catheter assembly to an adhesive pad which is then capable of anchoring the catheter assembly to a patient's leg. The connecting device may have an introducer body with an extension body and an attachment mechanism. The connecting device can be rotated along with or within a collar in a circular manner in order to facilitate the making of the connection with the adhesive pad. Additionally, the connecting device may contain an enlarged portion to enhance operability.

Abstract: Devices and methods are disclosed for a catheterization process, particularly useful for self-performed catheterizations. A catheter is enclosed in a sheath made from a gas-permeable material. This sheath maximizes gas permeability to prevent air build-up at the distal end of the sheath, resulting in easy self-catheterization for even those with limited manual dexterity.

Abstract: Devices and methods are disclosed which aid to minimize or prevent infection by cleansing an exterior and interior portion of a body part simultaneously. The devices are similar to swabs but allow multi-function cleansing and/or sterilization in one step.

Abstract: Devices and methods are disclosed for a catheterization process, particularly useful for self-performed catheterizations. A catheter is enclosed in a sheath partially attached to the end of the catheter. This leaves an unsealed area at that end leaving the space between the catheter and the sheath in fluid communication with the outside atmosphere. This helps to relieve any pressure built up in that space during use.

Abstract: A gripping device for a catheter assembly is disclosed providing enhanced gripping power for the operator of the catheter assembly. The gripping device is situated at the proximal portion of the catheter assembly and the proximal terminus of an external catheter sheath is attached near or to the body of the gripping device.

Abstract: Devices and methods are disclosed for a catheterization process, particularly useful for self-performed catheterizations. A catheter is enclosed in a sheath made with a specific thickness. This sheath is thick enough to avoid rips and tears from normal use, yet thin enough to allow those with even limited manual dexterity to use the catheter with ease.

Abstract: A grippable sheath for a catheter assembly is disclosed providing a sterile environment for a catheter. The grippable sheath may have a flattened diameter ranging from about 10 mm to about 50 mm. More specifically, the grippable sheath may have a flattened diameter ranging from about 15 mm to about 40 mm to provide improved usability and manipulability.

Abstract: A catheterization device with vents is disclosed which serves to prevent a build-up of air pressure within a closed protective sheath. The vents may be in the form of small openings and may be situated at the distal portion of the catheterization device. The small openings may optionally be covered. They may be on the protective sheath itself or they may be on a distal terminus body connected to the protective sheath. Sample openings include an attached valve which connects the inside of the protective sheath with the external environment, a gas permeable membrane, or a slitted membrane forming 4 flaps.

Abstract: An external catheter device is disclosed which prevents infection arising from bacterial and/or yeast growth within the external catheter. To achieve such result, the external catheter device is coated with an antiseptic agent that is able to effectively kill and prevent the growth of bacteria and yeast. Additionally, the external catheter device may have an adhesive agent coating on its inner surface to prevent the condom from shifting while on the patient's penis.

Abstract: Devices and methods are disclosed for a catheterization process, particularly useful for self-performed catheterizations. A catheter is enclosed in a sheath which has a textured surface. This textured surface provides grip that is particularly useful for those with low manual dexterity.

Abstract: A disposable self-lubricating catheterization assembly for inserting a catheter into the urethra of an individual for the purpose of evacuating the bladder is disclosed. The catheter assembly includes a substantially rigid catheter introducer member for positioning the introducer against the urethral opening, a flexible catheter and a flexible thin-walled sheath surrounding the catheter and partially covering the catheter introducer. The catheter introducer comprises a reservoir portion, a guide portion, lubricant and a membrane. The lubricant essentially fills the reservoir and is prevented by the membrane from prematurely coating the catheter, in order to facilitate grasping of the catheter and feeding of the tube along the urethra and into the bladder. A catheterization assembly in accordance with the present invention is suitable for use for self-catheterization in the home or in a public restroom, and deters contamination and subsequent infection of the urinary tract.