Abstract:
An ostomy pouch is constructed in a manner to disguise its actual function by use of colors, surface textures, iconic perimeter shapes and/or iconic shapes applied to the surface of the ostomy pouch. The ostomy pouch may be made of a blue, red, black, yellow, orange, purple or bright pink plastic material as supposed to a flesh tone of thick current ostomy pouches are made. The surface of the plastic of which the ostomy pouch is constructed is preferably textured to give it the visual appearance of cloth such as linen, cotton, burlap, or canvas. The pouch is constructed to look like a small purse, a heart, a butterfly, a seashell, a teddy bear head, a teddy bear, a dog, a cat, or another recognizable icon to allow the pouch to become a decorative feature rather than a medical appliance to be hidden.
Abstract:
A surface cleaning apparatus comprises a dirt inlet, a handle, a cyclonic cleaning unit comprising a plurality of cyclones and at least one dirt collection chamber, each of the plurality of cyclones having an outer wall, an interior, a fluid inlet downstream from the dirt inlet and a fluid outlet, the at least one dirt collection chamber having an outer wall and an interior, wherein the surface cleaning apparatus is constructed such that the interior of the at least one dirt collection chamber is visible from a position exterior to the surface cleaning apparatus and a fluid flow motor. The surface cleaning apparatus may have a filter with a housing that is at least partially transparent.
Abstract:
A surface cleaning apparatus comprises a dirt inlet, a handle, a cyclone separator having an outer wall, a fluid inlet downstream from the dirt air inlet and a fluid outlet, a plate having a cyclone chamber surface and positioned to substantially divide the cyclone separator into a cyclone chamber and a dirt collection chamber, the plate being removably mounted in the cyclone separator, a passage extending between the cyclone chamber and the dirt collection chamber and a fluid flow motor.
Abstract:
A surface cleaning apparatus comprises a dirt inlet, a handle, a cyclone separator having an outer wall, a top, a fluid inlet downstream from the dirt air inlet and a fluid outlet, a screen positioned around the fluid outlet such that fluid exiting the cyclone separator passes through the screen and the screen is removable through the top of the cyclone separator, and, a fluid flow motor.
Abstract:
A frame assembly comprising a frame having a front and a panel to receive at least one piece of art, the panel having a front face having at least one first engagement member affixed thereon; and, at least one second engagement member adapted to be secured to a rear surface of a piece of art, wherein the first and second engagement members comprise male and female engagement members. A framed piece of art and a method or removably affixing one or more pieces or art to a frame is also provided.
Abstract:
A household apparatus for treating water has a water treatment reactor; a dispense water path extending from the water treatment reactor to a dispenser whereby treated water produced in the water treatment reactor exits the apparatus by the dispenser; a filter removably mounted in the dispense water path; and, a sensor, (which may be a timer, a flow rate sensor and/or a back pressure sensor) for monitoring the flow of a treated water through the filter, the apparatus issuing a signal advising a user to change the filter when the time for the treated water to flow through the filter exceeds a predetermined value.
Abstract:
A portable appliance comprises a dirt inlet, first and second cyclonic stages wherein each cyclonic stage comprises a plurality of cyclones in parallel and the second cyclonic stage is downstream from the first cyclonic stage and a fluid flow motor.
Abstract:
A watercraft includes a number of subassemblies, including an inflatable hull, a drive system, a battery, a seat assembly and a steering and thrust control. Each of the subassemblies of may be of one or more particular designs which are detailed herein. A watercraft in accordance with the teaching herein may use one or more of these designs and each such watercraft is within the scope of this disclosure.
Abstract:
A water treatment apparatus for treating ozone with water is disclosed. A treatment carafe has a gas conduit so that off gases which accumulates in the carafe may be vented during a treatment cycle. The gas conduit conveys the off gas from the carafe to an ozone destructor via a passageway. An accumulator is provided in the passageway upstream from the destructor to hinder water entrained in the off gas from contacting and damaging the destructor.
Abstract:
A water treatment apparatus is operated by providing water to be treated in a reactor; passing air through a gas flow path which includes an ozone generator wherein the passage of the air through the ozone generator produces ozone enriched air, and subsequently introducing the ozone enriched air into the reactor from the gas flow passage; providing an electric current source for powering the ozone generator; providing an member to emit a signal (preferably a visible signal) representative of the level of current drawn by the ozone generator; and, using a sensor to monitor the signal produced by the member.