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Publication numberUS3479674 A
Publication typeGrant
Publication dateNov 25, 1969
Filing dateSep 7, 1967
Priority dateSep 7, 1967
Publication numberUS 3479674 A, US 3479674A, US-A-3479674, US3479674 A, US3479674A
InventorsBeymer Richard L
Original AssigneeBeymer Richard L
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Water shoe
US 3479674 A
Abstract  available in
Previous page
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Claims  available in
Description  (OCR text may contain errors)

Nov. 25, 1969 R. L. BEYMER WATER SHOE Filed Sept. '7, 1967 INVENTOR RICHARD L. BEYMER A 7 JW ATTORNEYS United States Patent ABSTRACT OF THE DISCLOSURE A water shoe comprises an elongated float having a chamber along its underside which is closed fore and aft by one-way valves. The foot of the wearer moves a portion of the wall of this chamber with a pumping action such that on the up stroke the fore valve opens and the aft valve closes to let water into the chamber, and on the down stroke the fore valve closes and the aft valve opens to expel water from the chamber with a jet action that propels the shoe forward. An inverted U-shaped handle on the outer side of each of a pair of shoes lets the wearer steady the shoes and control their position and direction.

The present invention relates to water shoes of the buoyant type in which a wearer may stand up on the surface of water and propel himself across the surface of water.

It is an object of the present invention to provide water shoes in which the action of walking propels the shoes through the water.

It is another object of the present invention to provide water shoes that can be readily steered by the wearer.

Still another object of the present invention is the provision of water shoes that are especially adapted to help the wearer remain upright on the water.

Finally, it is an object of the present invention to provide water shoes that will be relatively simple and inexpensive to manufacture, easy to carry and to operate, and rugged and durable in use.

Other objects and advantages of the present invention will become apparent from a consideration of the fol lowing description taken in connection with the accompanying drawing, in which:

FIGURE 1 is a perspective view of a right-hand water shoe according to the present invention, it being under- 4 stood that the left-hand water shoe is the mirror image of that shown in FIG. 1;

FIGURE 2 is a side cross-sectional view of a water shoe according to the present invention, showing the position of the parts when the wearers foot is raised;

FIGURE 3 is a view similar to FIG. 2 but showing the position of the parts when the wearers foot is lowered and his weight rests on the shoe; and

FIGURE 4 is an enlarged fragmentary elevational view taken from the side opposite FIG. 1, showing the attachment of one leg of the handle to the shoe.

Referring now to the drawing in greater detail, there is shown a water shoe according to the present invention, comprising an elongated casing 1 providing buoyancy means of waterproof material such as glass fiber impregnated with thermosetting resin, or solid polyethylene or hard rubber or aluminum alloy or the like. Casing 1 should be light in weight but at least semi-rigid and can be made of any of the materials from which floats and pontoons and the like are commonly constructed.


bounded by a top wall 15 and a bottom Wall 17. Front wall 3 serves as the front wall of compartment 11, and side walls 5 serve as the side walls of compartment 11. Compartment 11 is bounded rearwardly by an upright rear wall 19. Similarly, the aft compartment 13 is bounded by a top wall 21 and a bottom wall 23. Rear wall 7 serves as the rear wall of aft compartment 13, while side walls 5 serve as the side walls of compartment 13. Compartment 13 is bounded at its front by an upright front wall 25 parallel to wall 19 and perpendicular to side walls 5.

The fore and aft compartments 11 and 13 are watertight. They may be filled with hardened plastic foam 27 of conventional composition. Thus, even if either compartment should spring a leak, the compartment would not lose its buoyancy.

The bottom walls 17 and 23 and the side walls 5 and the bottom wall 9 and the lower portions of the front and rear walls 3 and 7 define between them a chamber 29 which preferably extends at least most of the length of easing 1. Adjacent its midportion, this chamber 29 opens upwardly in a recess 31 which is bounded by the walls 5, 19 and 25.

An open-topped well or receptacle 33 is disposed in recess 31 for vertical sliding movement back and forth between the positions of FIGS. 2 and 3. Receptacle 33 can be of the same material as casing 1 and has a flat bottom 35 and upright side walls 37 disposed at right angles to bottom 35 and parallel to and slidably disposed against walls 5, 19 and 25. A foot strap 39 or other fastening for the foot is secured to bottom 35 of receptacle 33, so that receptacle 33 moves up and down as the foot is raised and lowered. Receptacle 33, and more particularly the bottom 35 thereof, thus partially bounds chamber 29 but provides a movable side wall portion of chamber 29 such that the volume of chamber 29 changes upon vertical movement of receptacle 33. Means not shown may be provided for limiting upward movement of receptacle 33 relative to casing 1.

One-way valves 41 and 43 are provided in front and rear walls 3 and 7 at the fore and aft ends of chamber 29. One-way valve 41 opens only into chamber 29. Oneway valve 43 opens only out of chamber 29. In the illustrated embodiment, the valves 41 and 43 are shown as flap valves mounted for vertical swinging movement about spaced parallel horizontal axes and tending to close under their own weight and under the influence of the surrounding'water. Of course, the valves 41 and 43 can have the configuration of any other one-way valves and can be provided with means yieldably urging them closed, such as leaf springs or the like (not shown).

A handle 45 is provided on the outer side of each water shoe, that is, on the side of each shoe which is opposite the other shoe of the pair when the shoes have the same orientation side by side. Thus, the shoes of a pair of shoes are mirror images of each other by virtue of the different positions of the handles on the two shoes Casing 1 has a downwardly rearwardly inclined front of the length of casing 1. The fore compartment 11 is of the pair, and also possibly by a different arrangement of foot straps 39. Therefore, the left shoe need not be specifically illustrated in the drawing, thereby to simplify the drawing.

Each handle is of inverted U-shaped configuration, and comprises a pair of upright legs 47 interconnected by a generally horizontally extending midportion 49 which is to be grasped by the wearer of the shoe. The legs 47 are secured to one side wall 5 of the shoe by the ends of the legs 47, which are disposed fore and aft of recesses 31.

FIG. 4 shows in detail the manner of attachment of one leg 47 of the handle 45 to a side wall 5 of the casing 1, is being understood that the other leg 47 may be identically attached. As can be seen from FIG. 1, a rivet 51 or other fastener passes through the lower end of leg 47 3 and through the material of side wall 5; while a bracing bracket 53 a substantial distance away from rivet 51 is itself riveted or otherwise secured to adjacent the upper edge of the side wall5 and holds leg 47 tightly against side wall 5.

In operation, the wearer inserts his foot in receptacle 33 beneath the foot strap 39 and grasps midportion 49 of handle 45 and positions himself standing on the surface of the water. The total buoyancy of the sealed compartments 11 and 13 of each shoe is substantially greater than the weight of his body, so that the shoes do not sink. The shoes are placed and held in the desired position by manipulation of the handle 45. Any tendency of the shoes to roll or turn turtle is thus avoided.

To propel the shoes, it is not necessary that the wearer push forward with his feet, because it is well known in connection with water shoes that pushing forward with one foot only pushes the other shoe backward. Instead the wearer simply moves his feet up and down much the same as he would if walking. On the up stroke, shown in FIG. 2, chamber 29 enlarges. Water tries to flow into the chamber through both of valves 41 and 43. But valve 43 closes and will not open into chamber 29. Only valve 41 will open into chamber 29. Thus, water enters chamber 29 through valve 41, with valve 43 closed. This movement of the water into chamber 29 has some effect to draw the shoe forward.

When next the wearer presses down with the foot, moving the container 33 from the position of FIG. 2 to the position of FIG. 3 in which bottom 35 rests flat against bottom wall 9, the volume of chamber 29 is decreased and water is forced from chamber 29. But water cannot leave chamber 29 through one-way valve 41. Therefore, it leaves entirely through one-way valve 43, in the form of a rearwardly directed stream or jet whose reaction propels the shoe forward.

It will also be recognized that handle 45 is performing several additional functions. In the first place, the wearer can pull his foot up to the position of FIG. 2 because he can simultaneously press down on the handle 45 with his hand. He can assist in pressing down to the FIG. 3 position by pulling on the handle 45 with his hand. Thus, there is a natural interaction between the vertically movable receptacle 33 and the handle 45, through the body of the wearer. Not only is the entire body of the wearer brought into play in using the shoes, but also his legs do not become as tired as if they were doing all the work.

The handle 45 is also useful for steering. With the foot in the FIG. 2 position, that is with the bodys weight off the shoe, the shoe can be readily turned by twisting the handle 45 in one horizontal direction or the other. First one shoe can be raised and turned and then the other shoe can be raised and turned.

It will also be recognized that the interaction of the wearers body and the handles 45 prevents the wearer from falling sideways and relieves a great deal of strain from his ankles. It is no longer necessary, as in earlier water shoes, for the wearer toresist rolling of the shoes with the ankles. He now can do it with his whole body, through the handles 45. Moreover, the attitude of the shoes in the water, that is, the height of the forward end of the shoe relative to the rear end of the shoe, is also nicely controllable by the wearer, by manipulation of the handles 45. Of course, the buoyancy of the sealed compartments 11 prevents such changes in attitude of the shoes as would make the wearer fall either fore or aft.

From a consideration of the foregoing disclosure, therefore, it :will be evident that all of the initially recited objects of the present invention have been achieved.

Although the present invention has been described and illustrated in connection with a preferred embodiment, it is to be understood that modifications and variations may be resorted to without departing from the spirit of the invention, as those skilled in this art will readily understand. In particular, it is possible torvary the structure corresponding to receptacle33, so as to achieve a pumping effect in any of a variety of ways. For example, the side walls of receptacle 33 can be secured to the upper margins of recess 31 and be of a flexible collapsible waterproof material such as rubber or the like. Also, the portion of the wall of chamber 29 which is contacted by the foot of the wearer can simply be a flexible portion such as an insert of heavy sheet rubber. Recess 31 and receptacle 33 could also have other shapes, as seen in plan, such as cylindrical or oval or the like. Also, a seat for the wearer can be provided, interconnecting the shoes, or a flexible member can tie them together so that they do not separate too far in use. These and other modifications and variations are considered to be within the purview and scope of the present invention.

Having described my invention, I claim:

1. A water shoe comprising an elongated buoyancy means, means on said buoyancy means for receiving the foot of the wearer, handle means secured to the buoyancy means and extending up from the buoyancy means and having a portion adapted to be grasped in the hand of the wearer to permit maintaining a desired position of the shoe by manipulation of the handle means, means defining a chamber in the shoe, one-way valve means permitting water to flow into the chamber, one-way valve means adjacent the rear of the shoe permitting water to flow out of the chamber, pump means operable by the wearer to increase and decrease the size of the chamber thereby to pump water through the last-named valve means to propel the shoe forwardly, said means for receiving the foot of the wearer comprising a portion of said pump means so that the pressure of the foot of the wearer operates said pump means, said foot-receiving means being mounted on a wall portion of the chamber, means mounting said wall portion for movement into and out of the chamber, said mounting means comprising side walls upstanding from said wall portion and defining a well in which the foot of the wearer is disposed, and means mounting said side walls for vertical sliding movement relative to said chamber, said last-named means comprising vertical side walls of said. buoyancy means that are disposed in vertical sliding relationship with said side walls that upstand from said wall portion of the chamber.

2. A water shoe as claimed in claim 1, said handle means comprising a bar in the form of an inverted U and secured to said buoyancy means at its ends fore and aft of said well, said bar being disposed in a vertical plane parallel to the direction of movement of the water shoe, said handle means being secured to an upright side of said buoyancy means at vertically spaced points one of which is at the lower end of an end of the bar and at the bottom of said buoyancy means and the other of which is intermediate the length of the bar and adajacent the upper side of said buoyancy means.

References Cited UNITED STATES PATENTS 22,457 12/ 1 8 Rowlands 93 10 1,344,225 6/ 1920 Halbow 93 10 1,693,867 12/1928 Reinwald 93 10 FOREIGN PATENTS 204,192 11/ 1908 Germany. 2,291,914 1/1915 Great Britain.

MILTON BUCHLER, Primary Examiner P. E. SAUBERER, Assistant-Examiner US. Cl. X.R.

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US22457 *Dec 28, 1858 Apparatus foe walkingr on the water
US1344225 *Oct 2, 1919Jun 22, 1920Halbow GustavWater-skate
US1693867 *Jun 20, 1927Dec 4, 1928Paul ReinwaldWater shoe
DE204192C * Title not available
GB2291914A * Title not available
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3835494 *Dec 10, 1973Sep 17, 1974Dougherty EWater walking pontoons
US4481002 *Dec 14, 1982Nov 6, 1984Gary GargosBoat powered by sea waves
US4954106 *Feb 8, 1989Sep 4, 1990Shuh Chin LinAquatic sports device
US5080621 *May 22, 1990Jan 14, 1992Nayes Alan WWater walking device
US5267883 *Dec 18, 1991Dec 7, 1993Gudmundsen Richard AInternal water-jet boat propulsion system
US5366395 *Dec 2, 1992Nov 22, 1994The University Of ToledoPulsating impeller
US5429064 *Aug 16, 1994Jul 4, 1995Cardenas; AntonioBoat
US5607331 *Feb 1, 1995Mar 4, 1997Damar Leisure Products Inc.Water walking apparatus
US6468118 *Nov 8, 2000Oct 22, 2002Cid, Inc.Personal watercraft
US6855024Apr 29, 2003Feb 15, 2005Walter G. RothschildSkis to walk on water
US7833072 *Jan 12, 2009Nov 16, 2010Chih-Yu HsiaJet propelled surfboard
US7955150 *Mar 21, 2007Jun 7, 2011James FriedrichSurfing skis
US8845372Mar 22, 2012Sep 30, 2014Jerome Connelly FarmerStanding watercraft with torso-mounted paddles
US9272761Aug 25, 2014Mar 1, 2016Jerome C. FarmerAngular velocity-controlled pontoon propulsion system
US9290250 *Jan 28, 2014Mar 22, 2016Roman RABINOVICHAquatic apparatus for wave propulsion
US20030203686 *Apr 29, 2003Oct 30, 2003Rothschild Walter G.Skis to walk on water
US20080146100 *Mar 21, 2007Jun 19, 2008James FriedrichSurfing skis
US20100178816 *Jan 12, 2009Jul 15, 2010Chih-Yu HsiaJet propelled surfboard
US20150210371 *Jan 28, 2014Jul 30, 2015Roman RABINOVICHAquatic apparatus for wave propulsion
WO1984004694A1 *May 12, 1984Dec 6, 1984Karl Reinhard ZeissFloats to be used pairwise to walk on water
WO1986002903A1 *Nov 6, 1984May 22, 1986Gary GargosBoat powered by sea waves
WO1990014869A1 *May 30, 1989Dec 13, 1990Nayes Alan WWater walking device
WO1990014987A1 *May 22, 1990Dec 13, 1990Nayes Alan WWater walking device
U.S. Classification441/77, 440/98, 440/23, 440/38
International ClassificationB63B35/83, B63B35/73
Cooperative ClassificationB63B35/83
European ClassificationB63B35/83