CA2632373C - Forced air flow electric shoe dryer - Google Patents
Forced air flow electric shoe dryer Download PDFInfo
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- CA2632373C CA2632373C CA2632373A CA2632373A CA2632373C CA 2632373 C CA2632373 C CA 2632373C CA 2632373 A CA2632373 A CA 2632373A CA 2632373 A CA2632373 A CA 2632373A CA 2632373 C CA2632373 C CA 2632373C
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- outer housing
- shoe
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- heating element
- motor assembly
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- 238000010438 heat treatment Methods 0.000 claims abstract description 26
- 238000005485 electric heating Methods 0.000 claims description 11
- 230000004913 activation Effects 0.000 claims description 3
- 230000002441 reversible effect Effects 0.000 claims description 3
- 238000010276 construction Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
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Abstract
A small, portable electric shoe dryer that includes and elongated, narrow outer housing with three longitudinally aligned heating elements and a fan and motor assembly mounted on one end. Formed on the outer housing and around the fan and motor assembly is a fan vent opening. Formed on the opposite, distal end of the outer housing is a plurality of front and side body vent openings. In one embodiment, a three pole manual switch is mounted inside outer housing with connects to the fan and motor assembly which draws dry air into the shoe from the top opening or forces moist air out of the shoe. In another embodiment, a pair of longitudinally aligned, upward extending wing elements are formed on the top surface which maintains an air space when the inside of the shoe is adjacent to the top surface.
Description
FORCED AIR FLOW ELECTRIC SHOE DRYER
BACKGROUND OF THE INVENTION
1 Field of the Invention:
BACKGROUND OF THE INVENTION
1 Field of the Invention:
2 This invention pertains to shoe dryers and more particularly to small, portable shoe
3 dryers designed to be placed inside a shoe.
4 1. Description of the Related Art:
Small, portable shoe dryers designed to fit inside a shoe to remove moisture from the 6 shoe are relatively common. Such shoe dryers include electric heating elements that connect 7 to an external electricity source.
8 Shoe dryers should also be sufficiently long and narrow so that they can fit 9 longitudinally inside the shoe and spaced apart from the inside surfaces from the shoe surface to maximize air circulation around the dyer.
1 A common user of a shoe dryer is someone who works or plays outdoors in wet 2 conditions. Many of these users have only one pair of outdoor shoes or boots, so using a 3 shoe dryer that quickly dries the shoes overnight would be highly desirable. Unfortunately, 4 shoe dryers that use convention to dry the shoes are too slow.
What is needed is a small, portable shoe dryer that includes electric heating elements 6 and a built-in fan that can either draw dry air inside the shoe, heat or circulate the air in the 7 shoe and can force moist air out of the shoe.
9 The present invention seeks to provide a small, portable electric shoe dryer that allows optional air circulation.
11 Further, the present invention seeks to provide such a shoe dryer that has a built-in 12 electric fan.
13 Still further, the present invention seeks to provide such a shoe dryer with improved 14 air flow around the shoe dryer.
These and other aspects are met by a small, portable electric shoe dryer that includes 16 an elongated hollow outer housing with three longitudinally aligned heating elements and an 17 electric fan mounted therein. Formed on the end of the outer housing and around the fan is a 18 fan vent opening. Formed on the opposite end of the outer housing from the fan vent opening 19 is a plurality of body vent holes. In a first embodiment, a three pole manual switch is mounted on the side of the outer housing that connects to the fan motor that allows the fan 21 motor to selectively operate in opposite directions to draw air into the outer housing through 22 the fan vent opening or through the body vent openings formed on the front section of the 1 outer housing. In a second embodiment, the three pole manual switch is eliminated.
2 During use, the dryer may be longitudinally aligned inside the shoe so that the dryer's 3 fan vent opening faces upward towards the top of the shoe and the body vent holes are 4 located inside the shoe near the toe region. When the fan motor is activated, it draws air outside the shoe through the shoe's top opening and into the fan vent opening.
Also, when the 6 fan motor is activated the heating elements are activated too to heat the air before it is forced 7 outward through the body vent openings. The heated air then circulates inside shoe and dry's 8 out the inside surface. When a reversible switch is provided, the rotation qf the fan motor 9 may be reversed which causes moist air located inside the shoe to be drawn into the body vent holes. The air drawn into the body vent holes is then heated by the heating elements and 11 forced through the fan vent opening and out the top opening of the shoe.
12 In both embodiments, the outer housing includes a set of four legs that enable the 13 outer housing to be horizontally aligned and elevated above the sole pad of the shoe so that 14 air circulates around the outer housing. In the second embodiment, the outer housing also includes two longitudinally aligned wing elements formed on its top surface which press 16 against the inside surface of the shoe and thereby create an air space above the outer housing 17 for air to enter or exit the top holes formed on the outer housing.
18 The dryer is designed to be connected to a standard 120 volt A.C.
electrical power 19 source or to a 12 volt D.C. electrical power source. The dryer may also include a thermostat and auto turn-off switch which regulates heat and automatically turns off the heating 21 elements when a predetermined temperature is obtained. Also, an optional light may be 22 mounted on the outer housing or on the electrical plug that visually indicates that the dryer is 23 electrical connected.
1 In one broad aspect, the invention pertains to a forced air flow electric shoe dryer positionable 2 inside a shoe. The shoe dryer comprises a hollow, elongated outer housing positionable inside the 3 shoe. The outer housing includes a top section, bottom section and a fan cavity, said outer housing 4 including a distal end and a proximal end. Formed on the top section is a plurality of body vent holes. Formed over the fan cavity is a vent opening. The outer housing also includes a wire opening 6 and a switch opening. A plurality of feet attached are to the bottom section of the outer housing to 7 elevate the outer housing, to allow air to circulate around the outer housing when the outer housing is 8 placed in a horizontal position in the shoe. A combination fan and motor assembly are located inside 9 the fan cavity. A printed circuit board is positioned inside the outer housing, the printed circuit board including at least one electric heating element. A three position switch is connected to the fan and 11 motor assembly and the at least one heating element. The three position switch includes an Off 12 position, a Forward-On position, and a Reverse-On position. An electric wire extends through the 13 wire opening to connect the fan and motor assembly and the at least one heating element to an 14 external electrical source.
In a further aspect, the invention provides a portable, forced air flow, internally disposable 16 shoe dryer, comprising, a hollow, elongated outer housing positionable inside a shoe. The outer 17 housing includes a top section, bottom section and a fan cavity, the outer housing including a distal 18 end and a proximal end. The outer housing includes a plurality of vent holes, and formed over the 19 fan cavity is a vent opening. A plurality of feet are attached to the bottom section outer housing to elevate the outer housing inside the shoe. A combination fan and motor assembly s located inside the 21 fan cavity. A printed circuit board is inside the outer housing, the printed circuit board including at 22 least one electric heating element. At least one fixed, upward extending wing element is formed on 23 the top surface of the outer housing that creates an-air space between the top section of the outer 24 housing and an inside surface of the shoe when the outer housing is positioned inside the shoe. A
three-way switch is connected to the printed circuit board used to selectively control the activation of 26 the fan motor assembly, and the at least one electric heating element and the forward or reverse 27 directional flow of air into and out of the outer housing. An electric wire extends through the wire 28 opening to connect the fan and motor assembly and the at least one heating element to an external 29 electrical source.
3a 2 Fig. 1 is a perspective of a boot with a shoe dryer placed therein.
3 Fig. 2 is a top plan view of the shoe dryer.
4 Fig. 3 is a sectional, side elevational view of the dryer.
Fig. 4 is an electrical diagram of the first embodiment of the shoe dryer.
6 Fig. 5 is a side elevational view of a second embodiment of the shoe dryer with two 7 wings elements mounted on the top surface.
8 Fig. 6 is a top plan view of the second embodiment shown in Fig. 5.
9 Fig. 7 is a bottom plan view of the second embodiment of the shoe dryer shown in Figs. 5 and 6.
11 Fig. 8 is a top plan view of two shoe dryers that operate on 12 volts that are connected 12 to universal transformer thereby enabling the two shoe dryers to be connected to a U.S. or 13 European electrical wall socket.
14 Fig. 9 is a top plan view of two shoe dryers that operate on 12 volts that are connected to an electrical plug capable of connecting to a 12 volt motor vehicle electrical plug-in.
17 DESCRIPTION OF THE PREFERRED EMBODIMENT(S) 18 Shown in the accompanying Figs. 1-9, there is shown a small, portable electric shoe 19 dryer 10 that includes and elongated, hollow outer housing 12 with three electric heating elements 30, 32, 34 longitudinally aligned and mounted on a printed circuit board 40. The 21 printed circuit board 40 is longitudinally aligned inside the outer housing 12.
22 In the first embodiment, the outer housing 12 is a narrow elongated structure with a 23 top section 14 and a complimentary-shaped bottom section 16 connected together with two 1 screws 18, 18'. Formed on the front surfaces of the top section 14 and on the bottom section 2 16 is a plurality of body vent holes 19 that enables air located near the front surfaces to flow 3 into and out of the outer housing 12. Mounted on the top section 14 slightly rearward of the 4 outer housing its mid-line axis is a fan mounting cavity 20 designed to receive a small, combination electric fan and motor assembly, generally indicated by the reference number 24.
6 Formed on the top section 14 and over the cavity 20 is a circular fan vent opening 50.
7 Formed on the proximal end of the outer housing 12 is a wire opening 26 through which a 8 14-2 gauge electrical wire 60 may extend. Attached to the distal end of the wire 60 is a 9 standard two prong electrical plug 62 designed to connect to a standard A.C. electrical plug-in. Also formed on the outer housing 12 is a switch opening 28. In the first embodiment, a 11 manual switch 44 is mounted inside the outer housing 12 and extends through the switch 12 opening 28.
13 The manual switch 44 is connected to a printed circuit board 40. The switch 44 may 14 include a LED bulb 45 which illuminates when the fan motor 25 or the heating elements 30, 32, 34 are activated.
16 In the preferred embodiment, the outer housing 12 is positioned inside the shoe 13 17 so that the fan vent opening 50 faces upward towards the top opening of the shoe while the 18 front surface of the outer housing 12 extends inward towards the toe box. When the switch 19 44 is selectively moved to a FORWARD-ON position, the fan motor 25 and heating elements 30, 32 and 34 are activated. Air 95 outside the shoe 13 is drawn through the shoe's top 21 opening and into the fan vent opening 50 and heated. The heated air 96 located inside the 22 outer housing 12 is then forced outward through the body vent holes 19 and into the toe box 23 which then circulates into the shoe 13 to dry out the surrounding surface. When the switch
Small, portable shoe dryers designed to fit inside a shoe to remove moisture from the 6 shoe are relatively common. Such shoe dryers include electric heating elements that connect 7 to an external electricity source.
8 Shoe dryers should also be sufficiently long and narrow so that they can fit 9 longitudinally inside the shoe and spaced apart from the inside surfaces from the shoe surface to maximize air circulation around the dyer.
1 A common user of a shoe dryer is someone who works or plays outdoors in wet 2 conditions. Many of these users have only one pair of outdoor shoes or boots, so using a 3 shoe dryer that quickly dries the shoes overnight would be highly desirable. Unfortunately, 4 shoe dryers that use convention to dry the shoes are too slow.
What is needed is a small, portable shoe dryer that includes electric heating elements 6 and a built-in fan that can either draw dry air inside the shoe, heat or circulate the air in the 7 shoe and can force moist air out of the shoe.
9 The present invention seeks to provide a small, portable electric shoe dryer that allows optional air circulation.
11 Further, the present invention seeks to provide such a shoe dryer that has a built-in 12 electric fan.
13 Still further, the present invention seeks to provide such a shoe dryer with improved 14 air flow around the shoe dryer.
These and other aspects are met by a small, portable electric shoe dryer that includes 16 an elongated hollow outer housing with three longitudinally aligned heating elements and an 17 electric fan mounted therein. Formed on the end of the outer housing and around the fan is a 18 fan vent opening. Formed on the opposite end of the outer housing from the fan vent opening 19 is a plurality of body vent holes. In a first embodiment, a three pole manual switch is mounted on the side of the outer housing that connects to the fan motor that allows the fan 21 motor to selectively operate in opposite directions to draw air into the outer housing through 22 the fan vent opening or through the body vent openings formed on the front section of the 1 outer housing. In a second embodiment, the three pole manual switch is eliminated.
2 During use, the dryer may be longitudinally aligned inside the shoe so that the dryer's 3 fan vent opening faces upward towards the top of the shoe and the body vent holes are 4 located inside the shoe near the toe region. When the fan motor is activated, it draws air outside the shoe through the shoe's top opening and into the fan vent opening.
Also, when the 6 fan motor is activated the heating elements are activated too to heat the air before it is forced 7 outward through the body vent openings. The heated air then circulates inside shoe and dry's 8 out the inside surface. When a reversible switch is provided, the rotation qf the fan motor 9 may be reversed which causes moist air located inside the shoe to be drawn into the body vent holes. The air drawn into the body vent holes is then heated by the heating elements and 11 forced through the fan vent opening and out the top opening of the shoe.
12 In both embodiments, the outer housing includes a set of four legs that enable the 13 outer housing to be horizontally aligned and elevated above the sole pad of the shoe so that 14 air circulates around the outer housing. In the second embodiment, the outer housing also includes two longitudinally aligned wing elements formed on its top surface which press 16 against the inside surface of the shoe and thereby create an air space above the outer housing 17 for air to enter or exit the top holes formed on the outer housing.
18 The dryer is designed to be connected to a standard 120 volt A.C.
electrical power 19 source or to a 12 volt D.C. electrical power source. The dryer may also include a thermostat and auto turn-off switch which regulates heat and automatically turns off the heating 21 elements when a predetermined temperature is obtained. Also, an optional light may be 22 mounted on the outer housing or on the electrical plug that visually indicates that the dryer is 23 electrical connected.
1 In one broad aspect, the invention pertains to a forced air flow electric shoe dryer positionable 2 inside a shoe. The shoe dryer comprises a hollow, elongated outer housing positionable inside the 3 shoe. The outer housing includes a top section, bottom section and a fan cavity, said outer housing 4 including a distal end and a proximal end. Formed on the top section is a plurality of body vent holes. Formed over the fan cavity is a vent opening. The outer housing also includes a wire opening 6 and a switch opening. A plurality of feet attached are to the bottom section of the outer housing to 7 elevate the outer housing, to allow air to circulate around the outer housing when the outer housing is 8 placed in a horizontal position in the shoe. A combination fan and motor assembly are located inside 9 the fan cavity. A printed circuit board is positioned inside the outer housing, the printed circuit board including at least one electric heating element. A three position switch is connected to the fan and 11 motor assembly and the at least one heating element. The three position switch includes an Off 12 position, a Forward-On position, and a Reverse-On position. An electric wire extends through the 13 wire opening to connect the fan and motor assembly and the at least one heating element to an 14 external electrical source.
In a further aspect, the invention provides a portable, forced air flow, internally disposable 16 shoe dryer, comprising, a hollow, elongated outer housing positionable inside a shoe. The outer 17 housing includes a top section, bottom section and a fan cavity, the outer housing including a distal 18 end and a proximal end. The outer housing includes a plurality of vent holes, and formed over the 19 fan cavity is a vent opening. A plurality of feet are attached to the bottom section outer housing to elevate the outer housing inside the shoe. A combination fan and motor assembly s located inside the 21 fan cavity. A printed circuit board is inside the outer housing, the printed circuit board including at 22 least one electric heating element. At least one fixed, upward extending wing element is formed on 23 the top surface of the outer housing that creates an-air space between the top section of the outer 24 housing and an inside surface of the shoe when the outer housing is positioned inside the shoe. A
three-way switch is connected to the printed circuit board used to selectively control the activation of 26 the fan motor assembly, and the at least one electric heating element and the forward or reverse 27 directional flow of air into and out of the outer housing. An electric wire extends through the wire 28 opening to connect the fan and motor assembly and the at least one heating element to an external 29 electrical source.
3a 2 Fig. 1 is a perspective of a boot with a shoe dryer placed therein.
3 Fig. 2 is a top plan view of the shoe dryer.
4 Fig. 3 is a sectional, side elevational view of the dryer.
Fig. 4 is an electrical diagram of the first embodiment of the shoe dryer.
6 Fig. 5 is a side elevational view of a second embodiment of the shoe dryer with two 7 wings elements mounted on the top surface.
8 Fig. 6 is a top plan view of the second embodiment shown in Fig. 5.
9 Fig. 7 is a bottom plan view of the second embodiment of the shoe dryer shown in Figs. 5 and 6.
11 Fig. 8 is a top plan view of two shoe dryers that operate on 12 volts that are connected 12 to universal transformer thereby enabling the two shoe dryers to be connected to a U.S. or 13 European electrical wall socket.
14 Fig. 9 is a top plan view of two shoe dryers that operate on 12 volts that are connected to an electrical plug capable of connecting to a 12 volt motor vehicle electrical plug-in.
17 DESCRIPTION OF THE PREFERRED EMBODIMENT(S) 18 Shown in the accompanying Figs. 1-9, there is shown a small, portable electric shoe 19 dryer 10 that includes and elongated, hollow outer housing 12 with three electric heating elements 30, 32, 34 longitudinally aligned and mounted on a printed circuit board 40. The 21 printed circuit board 40 is longitudinally aligned inside the outer housing 12.
22 In the first embodiment, the outer housing 12 is a narrow elongated structure with a 23 top section 14 and a complimentary-shaped bottom section 16 connected together with two 1 screws 18, 18'. Formed on the front surfaces of the top section 14 and on the bottom section 2 16 is a plurality of body vent holes 19 that enables air located near the front surfaces to flow 3 into and out of the outer housing 12. Mounted on the top section 14 slightly rearward of the 4 outer housing its mid-line axis is a fan mounting cavity 20 designed to receive a small, combination electric fan and motor assembly, generally indicated by the reference number 24.
6 Formed on the top section 14 and over the cavity 20 is a circular fan vent opening 50.
7 Formed on the proximal end of the outer housing 12 is a wire opening 26 through which a 8 14-2 gauge electrical wire 60 may extend. Attached to the distal end of the wire 60 is a 9 standard two prong electrical plug 62 designed to connect to a standard A.C. electrical plug-in. Also formed on the outer housing 12 is a switch opening 28. In the first embodiment, a 11 manual switch 44 is mounted inside the outer housing 12 and extends through the switch 12 opening 28.
13 The manual switch 44 is connected to a printed circuit board 40. The switch 44 may 14 include a LED bulb 45 which illuminates when the fan motor 25 or the heating elements 30, 32, 34 are activated.
16 In the preferred embodiment, the outer housing 12 is positioned inside the shoe 13 17 so that the fan vent opening 50 faces upward towards the top opening of the shoe while the 18 front surface of the outer housing 12 extends inward towards the toe box. When the switch 19 44 is selectively moved to a FORWARD-ON position, the fan motor 25 and heating elements 30, 32 and 34 are activated. Air 95 outside the shoe 13 is drawn through the shoe's top 21 opening and into the fan vent opening 50 and heated. The heated air 96 located inside the 22 outer housing 12 is then forced outward through the body vent holes 19 and into the toe box 23 which then circulates into the shoe 13 to dry out the surrounding surface. When the switch
5 1 44 is moved to a REVERSE-ON position, the fan motor 25 rotates in the opposite direction 2 to draw moist air located inside the toe box area of the shoe 13 into the body vent holes 19.
3 The moist air then circulates around the heating elements 30, 32, 34 and out through the fan 4 vent opening 50. From the fan vent opening 50, the heated air is forced outward and exits the top opening in the shoe 13. In one embodiment, the heating elements 30, 32, 34 are activated
3 The moist air then circulates around the heating elements 30, 32, 34 and out through the fan 4 vent opening 50. From the fan vent opening 50, the heated air is forced outward and exits the top opening in the shoe 13. In one embodiment, the heating elements 30, 32, 34 are activated
6 when the switch 44 is moved to either the FORWARD-ON and REVERSE-ON
positions. In
positions. In
7 another embodiment, the heating elements 30, 32, 34 are deactivated when the switch is
8 moved to the REVERSE-ON position. When the switch 44 is moved to the OFF
position,
position,
9 both the fan motor 25 and the heating elements 30, 32 and 34 are deactivated. It should be understood, that when the dryer 10 is plugged into an electrical receptacle and the manual 11 switch 44 is moved to the OFF position, the fan motor 25 is deactivated and the heating 12 elements 30, 32, 34 may be activated. The LED bulb 45 are used primarily to indicate that 13 the heating elements 30, 32, 34 are activated.
14 In the preferred embodiment, the outer housing 12 includes a set of four legs 17A-D
that extend downward from the bottom section 16 that enable the outer housing 12 to be 16 supported horizontally in an elevated above the sole pad of the shoe so that air may circulate 17 around the outer housing 12.
18 Figs. 5-7 show a second embodiment of the shoe dryer10' that includes a top section 19 14' and a bottom section 16' connected together with three screws 18, 18', 18". Extending along the opposite sides and along the front surface of the top section 14' is a plurality of 21 body vent holes 19 that enables air located near the front surfaces to flow into and out of the 22 outer housing 12'. Formed centrally along the housing's longitudinal axis is a plurality of top 23 vent holes 21. Mounted on the bottom surface 16' is a plurality of longitudinally aligned 1 bottom vent holes 22 (See Fig. 6). Extending diagonally upward and rearward on the top 2 section 14' is a fan mounting cavity 20' designed to receive the electric fan and motor 3 assembly 24. Formed on the top section 14' and over the cavity 20' is an oval shaped fan 4 vent opening 50'. Formed on the proximal end of the outer housing 12 is a wire opening 26 through which an electrical wire 60 may extend. The outer housing 12' also includes two 6 longitudinally aligned wing elements 26, 27 formed on opposite sides of the top section 14'.
7 During use, the two wing elements 26,27 press against the inside surface of the show and 8 thereby create an air space above the outer housing 12' for air to enter or exit the top holes 9 21.
In Figs. 8, two shoe dryers 10A' 10B' are shown that operate on 12 D.C. volts are 11 connected to a universal transformer 110 thereby enabling the two shoe dryers 10A', 10B', to 12 be connected to a single U.S. or European style electrical cord 112, 114. Fig. 9 is a top plan 13 view of two shoe dryers 10A', 10B' that operate on 12 D.C. volts that are connected to an 14 electrical plug 120 capable of connecting to a 12 volt motor vehicle electrical plug-in.
Mounted on the adapter 110 or on the plug 120 is an LED 45 used as an activation indicator.
16 It should be understood that the dryer 10, 10' may include an integrated thermostat 17 100 and auto turn-off switch 122 which regulates the heat inside the shoe and automatically 18 turns off the heating elements 30, 32, 34 when a predetermined temperature (approximately = 19 99 degrees F.) is obtained.
In compliance with the statute, the invention described herein has been described in 21 language more or less specific as to structural features. It should be understood however, that 22 the invention is not limited to the specific features shown, since the means and construction 23 shown, is comprised only of the preferred embodiments for putting the invention into effect.
1 The scope of the claims should not be limited by the preferred embodiments set forth 2 in the description, but should be given the broadest interpretation consistent with the 3 description as a whole.
14 In the preferred embodiment, the outer housing 12 includes a set of four legs 17A-D
that extend downward from the bottom section 16 that enable the outer housing 12 to be 16 supported horizontally in an elevated above the sole pad of the shoe so that air may circulate 17 around the outer housing 12.
18 Figs. 5-7 show a second embodiment of the shoe dryer10' that includes a top section 19 14' and a bottom section 16' connected together with three screws 18, 18', 18". Extending along the opposite sides and along the front surface of the top section 14' is a plurality of 21 body vent holes 19 that enables air located near the front surfaces to flow into and out of the 22 outer housing 12'. Formed centrally along the housing's longitudinal axis is a plurality of top 23 vent holes 21. Mounted on the bottom surface 16' is a plurality of longitudinally aligned 1 bottom vent holes 22 (See Fig. 6). Extending diagonally upward and rearward on the top 2 section 14' is a fan mounting cavity 20' designed to receive the electric fan and motor 3 assembly 24. Formed on the top section 14' and over the cavity 20' is an oval shaped fan 4 vent opening 50'. Formed on the proximal end of the outer housing 12 is a wire opening 26 through which an electrical wire 60 may extend. The outer housing 12' also includes two 6 longitudinally aligned wing elements 26, 27 formed on opposite sides of the top section 14'.
7 During use, the two wing elements 26,27 press against the inside surface of the show and 8 thereby create an air space above the outer housing 12' for air to enter or exit the top holes 9 21.
In Figs. 8, two shoe dryers 10A' 10B' are shown that operate on 12 D.C. volts are 11 connected to a universal transformer 110 thereby enabling the two shoe dryers 10A', 10B', to 12 be connected to a single U.S. or European style electrical cord 112, 114. Fig. 9 is a top plan 13 view of two shoe dryers 10A', 10B' that operate on 12 D.C. volts that are connected to an 14 electrical plug 120 capable of connecting to a 12 volt motor vehicle electrical plug-in.
Mounted on the adapter 110 or on the plug 120 is an LED 45 used as an activation indicator.
16 It should be understood that the dryer 10, 10' may include an integrated thermostat 17 100 and auto turn-off switch 122 which regulates the heat inside the shoe and automatically 18 turns off the heating elements 30, 32, 34 when a predetermined temperature (approximately = 19 99 degrees F.) is obtained.
In compliance with the statute, the invention described herein has been described in 21 language more or less specific as to structural features. It should be understood however, that 22 the invention is not limited to the specific features shown, since the means and construction 23 shown, is comprised only of the preferred embodiments for putting the invention into effect.
1 The scope of the claims should not be limited by the preferred embodiments set forth 2 in the description, but should be given the broadest interpretation consistent with the 3 description as a whole.
Claims (8)
1. A forced air flow electric shoe dryer positionable inside a shoe, said shoe dryer comprising:
a hollow, elongated outer housing positionable inside said shoe, said outer housing includes a top section, bottom section and a fan cavity, said outer housing including a distal end and a proximal end, formed on said top section is a plurality of body vent holes, formed over said fan cavity is a vent opening, said outer housing also includes a wire opening and a switch opening;
a plurality of feet attached to said bottom section of said outer housing to elevate said outer housing to allow air to circulate around said outer housing when said outer housing is placed in a horizontal position in said shoe;
a combination fan and motor assembly located inside said fan cavity;
a printed circuit board positioned inside said outer housing, said printed circuit board including at least one electric heating element;
a three position switch connected to said fan and motor assembly and said at least one heating element, said three position switch includes an Off position, a Forward-On position, a Reverse-On position; and an electric wire extending through said wire opening to connect said fan and motor assembly and said at least one heating element to an external electrical source.
a hollow, elongated outer housing positionable inside said shoe, said outer housing includes a top section, bottom section and a fan cavity, said outer housing including a distal end and a proximal end, formed on said top section is a plurality of body vent holes, formed over said fan cavity is a vent opening, said outer housing also includes a wire opening and a switch opening;
a plurality of feet attached to said bottom section of said outer housing to elevate said outer housing to allow air to circulate around said outer housing when said outer housing is placed in a horizontal position in said shoe;
a combination fan and motor assembly located inside said fan cavity;
a printed circuit board positioned inside said outer housing, said printed circuit board including at least one electric heating element;
a three position switch connected to said fan and motor assembly and said at least one heating element, said three position switch includes an Off position, a Forward-On position, a Reverse-On position; and an electric wire extending through said wire opening to connect said fan and motor assembly and said at least one heating element to an external electrical source.
2. The shoe dryer, as recited in claim 1, further including a thermostat and auto-turn off switch used to activate and deactivate the at least one heating element when a pre-determined temperature is obtained.
3. The shoe dryer, as recited in claim 1, further including a light mounted on said outer housing used to indicate when said fan and motor assembly or said at least one heating element are activated.
4. The shoe dryer, as recited in claim 2, further including a light used to indicate when said fan and motor assembly or said at least one heating element are activated.
5. A portable, forced air flow, internally disposable shoe dryer, comprising:
a hollow, elongated outer housing positionable inside a shoe, said outer housing includes a top section, bottom section and a fan cavity, said outer housing including a distal end and a proximal end, said outer housing includes a plurality of vent holes, and formed over said fan cavity is a vent opening;
a plurality of feet attached to said bottom section outer housing to elevate said outer housing inside the shoe;
a combination fan and motor assembly located inside said fan cavity;
a printed circuit board inside said outer housing, said printed circuit board including at least one electric heating element;
at least one fixed, upward extending wing element formed on said top surface of said outer housing that creates an-air space between the top section of said outer housing and an inside surface of the shoe when said outer housing is positioned inside said shoe;
a three-way switch connected to said printed circuit board used to selectively control the activation of said fan motor assembly and said at least one electric heating element and the forward or reverse directional flow of air into and out of said outer housing; and, an electric wire extending through said wire opening to connect said fan and motor assembly and said at least one heating element to an external electrical source.
a hollow, elongated outer housing positionable inside a shoe, said outer housing includes a top section, bottom section and a fan cavity, said outer housing including a distal end and a proximal end, said outer housing includes a plurality of vent holes, and formed over said fan cavity is a vent opening;
a plurality of feet attached to said bottom section outer housing to elevate said outer housing inside the shoe;
a combination fan and motor assembly located inside said fan cavity;
a printed circuit board inside said outer housing, said printed circuit board including at least one electric heating element;
at least one fixed, upward extending wing element formed on said top surface of said outer housing that creates an-air space between the top section of said outer housing and an inside surface of the shoe when said outer housing is positioned inside said shoe;
a three-way switch connected to said printed circuit board used to selectively control the activation of said fan motor assembly and said at least one electric heating element and the forward or reverse directional flow of air into and out of said outer housing; and, an electric wire extending through said wire opening to connect said fan and motor assembly and said at least one heating element to an external electrical source.
6. The shoe dryer, as recited in claim 5, further including a light used to indicate when said fan and motor assembly or said at least one heating element are activated.
7. An inward or outward air flow shoe drier that fits inside a shoe, comprising;
an elongated outer housing with an internal cavity and an air inlet port, said outer housing being sized to fit into said shoe;
a plurality of feet attached to said outer housing to elevate said outer housing inside said shoe;
a combination fan and motor assembly located in said internal cavity in said outer housing:, an electric heating element located in said internal cavity;
a three position switch connected to said combination fan and motor assembly and said heating element, said three position switch includes an Off position, a Forward-On position, a Reverse-On position, and means for supplying an electric current to said motor, said electric heating element and said three position switch.
an elongated outer housing with an internal cavity and an air inlet port, said outer housing being sized to fit into said shoe;
a plurality of feet attached to said outer housing to elevate said outer housing inside said shoe;
a combination fan and motor assembly located in said internal cavity in said outer housing:, an electric heating element located in said internal cavity;
a three position switch connected to said combination fan and motor assembly and said heating element, said three position switch includes an Off position, a Forward-On position, a Reverse-On position, and means for supplying an electric current to said motor, said electric heating element and said three position switch.
8. The shoe dryer of any one of claims 1-7, wherein there are three heating elements.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US11/809,438 | 2007-05-31 | ||
| US11/809,438 US8186075B2 (en) | 2006-05-31 | 2007-05-31 | Forced air flow electric shoe dryer |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CA2632373A1 CA2632373A1 (en) | 2008-11-30 |
| CA2632373C true CA2632373C (en) | 2015-12-08 |
Family
ID=40091221
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CA2632373A Active CA2632373C (en) | 2007-05-31 | 2008-05-28 | Forced air flow electric shoe dryer |
Country Status (1)
| Country | Link |
|---|---|
| CA (1) | CA2632373C (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102824152A (en) * | 2012-09-27 | 2012-12-19 | 上虞市舜华金属附件厂 | Quick sterilization warm-air circulating shoe drying device |
| CN107890175A (en) * | 2017-12-08 | 2018-04-10 | 河南理工大学 | Mining walking stick |
-
2008
- 2008-05-28 CA CA2632373A patent/CA2632373C/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CA2632373A1 (en) | 2008-11-30 |
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Effective date: 20130527 |