초록 ▼

A common annoyance for many people is the sensed change in temperature after disrobing or upon exiting the bathtub or shower stall area. The body heater/drier utilizes a unique means by which it disperses warm air to the many areas of the user. Air is drawn into the base assembly of the apparatus, h

A common annoyance for many people is the sensed change in temperature after disrobing or upon exiting the bathtub or shower stall area. The body heater/drier utilizes a unique means by which it disperses warm air to the many areas of the user. Air is drawn into the base assembly of the apparatus, heated and forced to flow into the tubing sections connected in series above. The air within increases in pressure since the total volumetric flow of air induced within the apparatus is greater than total volumetric flow of air which is possible through the limited total cumulative area of all the output openings. The resultant pressure causes the air to flow out of the apparatus in various directions and in varying volumes directly dependent upon the particular inclination in size and shape of each various output opening through which air flows. The output openings act jets to control air dispersal. The body heater/drier is designed to be space efficient, light-weight, self-supporting, easily assembled or disassembled, and easily transportable by most any adult person without need for assistance or tools. This design enables the apparatus to utilize the equivalent heating element and fan/blower assembly power as that of a common hand held hair dryer.

대표청구항 ▼

A body warming apparatus comprising: a) a base housing comprising: i) an enclosure means; ii) a sub-housing comprising a primary pathway and a secondary pathway, said sub-housing located within said base housing; iii) an electric heating element means located within said primary pathway of said sub-

A body warming apparatus comprising: a) a base housing comprising: i) an enclosure means; ii) a sub-housing comprising a primary pathway and a secondary pathway, said sub-housing located within said base housing; iii) an electric heating element means located within said primary pathway of said sub-housing; iv) an electric fan/blower and motor assembly means located within said sub-housing; v) a plurality of air inlet openings permeating said enclosure means of said base housing and said sub-housing, said air inlet openings enabling the flow of air into said base housing and said sub-housing; vi) a tubing section receptacle located at the top of said base housing, said tubing section receptacle comprising an opening to access said primary and secondary pathways, and to enable air to flow out of said sub-housing; vii) a primary electric switch means mounted at the surface of said base housing; viii) a secondary electric switch means mounted at the surface of said base housing; ix) a primary electric wiring means connecting said blower fan and motor assembly means to said primary electric switch means; x) a secondary electric wiring means connecting said electric heating element means to said secondary electric switch means; xi) an input electric wiring and plug means connected to said primary electric switch means and to said secondary electric switch means; xii) a plurality of various output openings permeating the base housing enclosure means, said plurality of various output openings located above said primary electric switch means and above said secondary electric switch means. b) a number of straight primary tubing sections connected in series to the top of said tubing section receptacle of said base housing, each primary tubing section comprising an enclosed hollow conduit, said enclosed hollow conduit comprising: i) a primary conduit enclosure means; ii) a primary end comprising an internal diameter; iii) a secondary end comprising a smaller external diameter than said internal diameter of the primary end to enable said secondary end to be inserted into an alternate primary tubing section at the primary end of said alternate primary tubing section, said insertion and connection resulting in an air tight fit; iv) a plurality of various primary output openings permeating the primary conduit enclosure means of said enclosed hollow conduit, said various primary output openings enabling the flow of air to flow from the interior to the exterior of said enclosed hollow conduit, said air flowing through said plurality of various primary openings; v) the plurality of various primary output openings comprising various shapes and various sizes that vary the volumes and directions of the flows of air flowing from the interior to the exterior of a said primary tubing section through said plurality of various primary output openings; vi) the plurality of various primary output openings comprising a total cumulative area which is limited to an amount less than the total area of output openings required to enable the total unrestricted volumetric flow of air through said plurality of various output openings, said limitation of the total cumulative area of the plurality of various output openings restricting the total volumetric flow of air flowing from within said enclosed hollow conduit to the exterior of said enclosed hollow conduit and resulting in an increase of air pressure within said enclosed hollow conduit; vii) the plurality of various primary output openings functioning as a plurality of various jets to restrict and control, the volume and direction of air flow through said various primary output openings, said direction and volume of air flow directly influenced and inclined by the size and shape of each of said primary output opening; c) a curved top tubing section comprising: i) a curved and enclosed hollow conduit comprising a curved enclosure means; ii) one primary end being of a size to enable assembly with a said primary tubing section in an air tight fit; iii) one secondary end; iv) a slot located on the interior surface of said curved enclosure means at said secondary end; v) an air dispersal controlling device at said secondary end comprising: one outer stationary round disc affixed to said curved enclosure means and enclosing said secondary end, said outer stationary round disc comprising a hole at the center of said outer disc and a plurality of various output openings surrounding said hole, said various output openings permeating the remainder of said outer stationary round disc; and one inner round disc comprising a plurality of various output openings permeating said inner round disc, said plurality of various output openings of said inner round disc arranged and positioned in an identical configuration as said plurality of various output openings of said outer stationary round disc to enable alignment of the various output openings of said inner round disc with said various output openings of said outer stationary round disc once said air dispersal controlling device is assembled, said inner round disc located within said slot and adjacent said outer stationary round disc, said inner round disc also having a handle affixed to its center, said handle freely protruding through said hole of said outer stationary round disc once assembled, said handle enabling a user to manually rotate said inner round disc within said slot to vary the alignment of said configurations of various output openings of both said discs, said rotation of said inner round disc enabling a user to vary the volume of air flow through said air dispersal controlling device; vi) the plurality of various output openings of said outer stationary round disc of said air dispersal controlling device comprising a total cumulative area which is less than the total area required to enable the total unrestricted volumetric flow of air flowing out of said curved top tubing section, said limitation of the total cumulative area of the plurality of various output openings causing air pressure to increase within said curved top tubing section; vii) the plurality of various output openings of said outer stationary round disc functioning as a plurality of various jets to restrict and control the volume and direction of air flow through said various output openings, said direction and volume of air flow directly influenced and inclined by the size and shape of each said output opening;