Abstract: A composition, a method of manufacture, and a method of application for the treatment of arthritis, skeleton-muscular joint inflammation, and certain skin conditions. The composition comprises a mixture of diphenhydramine, caffeine, magnesium, and petrolatum mixed to form an ointment for application to the affected part of the body. The method of application includes the use of a wet porous membrane, such as a wet paper towel, covering the applied ointment on the skin for a period of time after application.

Abstract: An eye drop delivery system is described for the automated sequential dispensing of eye drop solution from bottles and sterile ampoules. The dispensing device includes an activation switch and visual and audible indicators to facilitate the dispensing action. The system includes a battery and electronic control circuitry for carrying out the method of dispensing. A sprocket drive motor directs the advancement of a strip cartridge containing eye drop solution ampoules, moving each of the ampoules one at a time into position for dispensing. A cam drive motor rotates a cam to strike a push rod to compress the ampoule. The system includes an eyelid retracting leg assembly with two J-shaped flex legs with cushioned skin engaging feet. Alternate ampoule structures allow the user to load liquid into individual ampoules for use.

Abstract: An eyedrop bottle holder with resilient arms formed from an inverted U-shaped band made from resilient injection molded plastic. The top middle portion of the inverted U-shape band includes a centrally located opening through which the top (dispensing portion) of a standard eyedrop bottle containing eyedrop solution may be positioned and held. The right and left arms of the U-shape band each terminate in an outwardly disposed J-shape foot, the underside of which is covered by a soft rubber-like pad. When a user inserts a standard eyedrop bottle into the holder, the dispensing tip of the eyedrop bottle may be positioned in close proximity to the user's eye. The user may cause his or her eye lid to remain open by using the fingers of one hand to squeeze the right and left arms of the holder together, then placing the pad of one arm on the upper ridge of the orbital eye socket and the pad of the second arm on the lower ridge of the orbital eye socket.

Abstract: An eyedrop delivery system for the automated dispensing of eyedrop solution from bottles and ampoules. The system includes a battery and electronic control circuitry. A sprocket drive motor directs the advancement of a loop cartridge band containing eyedrop solution ampoules, moving each one at a time into position for dispensing. A motor rotates a cam to strike a push rod to compress each ampoule. The system includes an eyelid retracting leg assembly. The cartridge automatically advances the next full ampoule into position for dispensing and pushes the ampoule tip aside. The system helps assure that: (1) a known number of drops are dispensed; (2) the dispensed eyedrop(s) fall on the eyeball (by providing eyelid retracting legs to keep the eye open); and (3) the eyedrop(s) landing on the surface of the eye are confirmed using a drop dispensing sensor pair and a surface of the eye sensor pair.

Abstract: An eye drop bottle holder with resilient legs includes an inverted U-shaped member made from resilient injection molded plastic. The top portion of the inverted U-shaped member includes an eye drop bottle holder. The right and left leg of the U-shape each terminate in an outwardly disposed J-shape covered by a soft rubber-like pad. The user can attach an eye drop bottle to the inverted U-shaped member so that the dispensing tip of the bottle is in close proximity the user's eye. The user can cause his or her eye lid to remain open by squeezing the right and left legs together, then placing the pads on the upper and lower eye orbit, then releasing the legs causing the flesh of the user's eyelids to be spread apart. In a preferred embodiment, an electro-mechanical assembly can automatically press on the side wall of the bottle to cause a predetermined amount of solution to be dispensed. An LED light flashes (is either activated or deactivated) to show the user that a dispensing event has taken place.

Abstract: An eyedrop delivery system for the automated dispensing of eyedrop solution from bottles and ampoules. The system includes a battery and electronic control circuitry. A sprocket drive motor directs the advancement of a loop cartridge band containing eyedrop solution ampoules, moving each one at a time into position for dispensing. A motor rotates a cam to strike a push rod to compress each ampoule. The system includes an eyelid retracting leg assembly. The cartridge automatically advances the next full ampoule into position for dispensing and pushes the ampoule tip aside. The system helps assure that: (1) a known number of drops are dispensed; (2) the dispensed eyedrop(s) fall on the eyeball (by providing eyelid retracting legs to keep the eye open); and (3) the eyedrop(s) landing on the surface of the eye are confirmed using a drop dispensing sensor pair and a surface of the eye sensor pair.

Abstract: An eyedrop bottle holder with resilient arms formed from an inverted U-shaped band made from resilient injection molded plastic. The top middle portion of the inverted U-shape band includes a centrally located opening through which the top (dispensing portion) of a standard eyedrop bottle containing eyedrop solution may be positioned and held. The right and left arms of the U-shape band each terminate in an outwardly disposed J-shape foot, the underside of which is covered by a soft rubber-like pad. When a user inserts a standard eyedrop bottle into the holder, the dispensing tip of the eyedrop bottle may be positioned in close proximity to the user's eye. The user may cause his or her eye lid to remain open by using the fingers of one hand to squeeze the right and left arms of the holder together, then placing the pad of one arm on the upper ridge of the orbital eye socket and the pad of the second arm on the lower ridge of the orbital eye socket.

Abstract: Precision lid retracting eyedropper device with a hollow, rigid housing having an upper aperture that allows a push button topped piston to enter the housing where the piston can impinge on a resilient tubular member that is part of a pump assembly. The housing also includes a solution storing chamber that feeds solution to the pump assembly. A solution exit tube attached to the outgoing portion of the pump assembly emanates from the bottom part of the housing and can be directed towards the user's eye. Integral downwardly facing resilient legs are placed just above and below the user's orbital ridge so that when the legs are squeezed and released, the user's eye lids are forced open allowing the user to dispense a precise amount of solution into his or her eye.

Abstract: An eye drop bottle holder with resilient legs includes an inverted U-shaped member made from resilient injection molded plastic. The top portion of the inverted U-shaped member includes an eye drop bottle holder. The right and left leg of the U-shape each terminate in an outwardly disposed J-shape covered by a soft rubber-like pad. The user can attach an eye drop bottle to the inverted U-shaped member so that the dispensing tip of the bottle is in close proximity the user's eye. The user can cause his or her eye lid to remain open by squeezing the right and left legs together, then placing the pads on the upper and lower eye orbit, then releasing the legs causing the flesh of the user's eyelids to be spread apart. In a preferred embodiment, an electro-mechanical assembly can automatically press on the side wall of the bottle to cause a predetermined amount of solution to be dispensed. An LED light flashes (is either activated or deactivated) to show the user that a dispensing event has taken place.

Abstract: Precision lid retracting eyedropper device with a hollow, rigid housing having an upper aperture that allows a push button topped piston to enter the housing where the piston can impinge on a resilient tubular member that is part of a pump assembly. The housing also includes a solution storing chamber that feeds solution to the pump assembly. A solution exit tube attached to the outgoing portion of the pump assembly emanates from the bottom part of the housing and can be directed towards the user's eye. Integral downwardly facing resilient legs are placed just above and below the user's orbital ridge so that when the legs are squeezed and released, the user's eye lids are forced open allowing the user to dispense a precise amount of solution into his or her eye. A precision eye drop solution container having the ability to retain and dispense a precise single portion of eye drop solution each time the user depresses an actuator device located on and within the housing of the container.

Abstract: Precision lid retracting eyedropper device with a hollow, rigid housing having an upper aperture that allows a push button topped piston to enter the housing where the piston can impinge on a resilient tubular member that is part of a pump assembly. The housing also includes a solution storing chamber that feeds solution to the pump assembly. A solution exit tube attached to the outgoing portion of the pump assembly emanates from the bottom part of the housing and can be directed towards the user's eye. Integral downwardly facing resilient legs are placed just above and below the user's orbital ridge so that when the legs are squeezed and released, the user's eye lids are forced open allowing the user to dispense a precise amount of solution into his or her eye.

Abstract: Personal Air Filtering Device with a face mask comprised of nonporous material, the face mask held onto the user's head by standard elastic straps, the face mask having a flexible gasket about its perimeter to provide an airtight seal between the mask and the user's face, the face mask having a check valve that lets exhaled air out of the mask but does not let unfiltered air into the mask, a flexible tube that enters the face mask at one end and enters an air filtering assembly on the opposite end, said air filtering assembly enclosed in a housing, said housing having an air intake opening, and said air filtering assembly including an air moving device such as a fan or pump, a carbon filter cartridge, a particulate matter filter, a battery power supply, and an on-off switch. A preferred embodiment includes said flexible tube held onto the user's clothing by a neck clip.

Abstract: A motorized, reusable toothbrush and method of using the same. The toothbrush includes a housing with a handle portion, a neck portion and a head portion. At least one of the portions is constructed of a polymeric material, the housing being a one-piece unit. A brush head is rotatably and detachably mounted to the head portion, the brush head having ultra-soft bristles, and a variable, high speed motor being provided for effecting rotation of the brush head. The neck portion has a bend generally within a range of 110° and 130° relative to the handle portion for orienting the brush head generally at a right angle for engagement of a user's teeth. A fixed drive shaft and gear assembly couples the motor to the brush head for effecting rotation thereof. A replaceable, alkaline-based DC power source is provided for operation of the motor, power control being effected by a variable speed power control device which actuates rotation of the brush head in at least two power settings.

Abstract: A motorized, disposable toothbrush and method of using the same, the toothbrush including a housing with a handle portion, a neck portion and a head portion. At least one of the portions is constructed of a polymeric material. A brush head is rotatably mounted to the head portion, a variable, high speed motor being provided for effecting rotation of the brush head. The neck portion has a bend for orienting the brush head generally at a right angle for engagement of a user's teeth. A worm gear and flex joint assembly couples the motor to the brush head for effecting rotation thereof. A lithium based DC power source is provided for operation of the motor, power control being effected by a variable speed power control device which actuates rotation of the brush head in at least two power settings.

Abstract: This invention provides novel pharmaceutical compositions which comprise magnesium compounds in hypertonic amounts. These compositions are formulated for local application for the treatment of conditions such as acne, arthritis, periodontal disease ophthalmic conditions (e.g., conjunctivitis), hemorrhoids, vaginal infections and inflammation, and ulcerative colitis. The compositions are formulated with an acceptable dermatological, oral, rectal, vaginal, or ophthalmic carrier for use in treating these conditions. Also provided is a method for treating asthma wherein the magnesium compositions are administered by inhalation. Any of these treatments, and especially that for asthma, can be supplemented with oral administration of magnesium.

Abstract: A collapsible sports racket comprising, in accordance with one aspect of the present invention, a shaft having a mounting member extending from one end and a grip handle extending from the other end; a head having a neck with a receptacle for receiving the mounting member; a threaded member slidably disposed along the mounting member for rotational engagement with a threaded collar on the neck so as to releasably secure the head to the shaft; radially disposed projections mounted to the member for restricting rotation of the shaft with respect to the neck along its longitudinal axis upon engagement with the receptacle; and guideways in the receptacle for receiving the projections upon engagement of the mounting member with the receptacle so as to limit longitudinal rotation.

Abstract: Sampling apparatus for securing and removing endometrial tissue for pathological examination includes a thin elongated flexible sheath with a curved end portion terminating at an annular metallic tissue-scraping leading member. In use, the sheath with an inner path-dilating obturator is inserted into the endometrial cavity. The obturator is then removed, and a syringe attached to place the sheath under vacuum.The composite apparatus is scraped across the endometrium to remove tissue samples which ultimately repose within the syringe for subsequent processing and analysis.

Abstract: Automated dispensing apparatus is disclosed for administering intravenous fluid to a patient under gravity pressure at a controlled volumetric rate, such that deviations from a desired fluid volumetric rate are automatically corrected. The area and maximum width of each fluid drop are measured with two intersecting light beams. The light beams are either collimated or converging. Use of converging light beams is particularly advantageous when fogging or imperfections are present in the walls of a transparent tube through which the intravenous fluid flows. Apparatus, responsive to the light beams, generates signals representative of drop area and width, and these two parameters are combined to obtain a signal proportional to drop volume. The measured drop volume signal is compared with a rate control signal to automatically correct the fluid flow rate.

Abstract: Automated dispensing apparatus is disclosed for administering intravenous fluid to a patient under gravity pressure at a controlled volumetric rate, such that deviations from a desired fluid volumetric rate are automatically corrected. In accordance with the invention the area and maximum width of each fluid drop are measured with two intersecting light beams. Apparatus, responsive to each of the light beams, generates signals representative of drop area and width, and these two parameters are combined to obtain a signal proportional to drop volume. The measured drop volume signal is compared with a rate control signal to automatically correct the fluid flow rate.

Abstract: Automated dispensing apparatus is disclosed for administering intravenous fluid to a patient at a controlled volumetric rate such that deviations from the desired fluid volumetric flow rate are automatically corrected. In accordance with the invention, the width and silhouette of each drop of fluid are measured and give rise to representative signals of each such parameter. These signals are then multiplied to obtain a signal proportional to the volume of the drop. This drop volume signal is combined with a rate control signal to modify the latter to reflect deviations in the measured drop volume from a nominal value. The thus modified control signal is compared against the actual rate of drop administration, and any necessary adjustment made in the constriction of a fluid-passing tube. The rate at which intravenous fluid is supplied to the patient is thus maintained at the desired volumetric rate.