Valuables Flotation Device (VFD)

Abstract

A water activated, self-inflating, automatic floatation device that can be easily attached to small personal items of value for easy retrieval if accidentally dropped into a deep or low visibility body of water such as a lake, pond, stream, river, or ocean. The automatic flotation device is comprised of a housing, an inflatable bladder, water activated gas producing compound, an orifice plate, a gas expansion port, and a removable housing cover. The automatic floatation device will inflate the bladder regardless of orientation under water. The automatic floatation device is small enough that it can be attached to glasses, keys, cell phones, hats, basically any small personal item of value.

Description

FIELD OF THE INVENTION

The present invention generally relates to the field of automatic floatation devices, such as inflatable balloons, bobbers, floats. More specifically, the invention pertains to such flotation devices that are very small, that can be easily applied to small personal items without being in the way, that automatically activates when dropped into water, and that floats the device it is attached to the surface for easy retrieval.

RELATED ART

There have been many disclosures and attempts by others to make a device that can be attached to various valuables like fishing rods, guns, keys, cell phones, but they have all fallen short because there is nothing commercially available that is practical to use and cost effective to purchase. Most attempts have been by using a compressed gas cartridge with some sort of water sensitive trigger to release said gas from cartridge. See for example, U.S. Pat. No. 7,540,796 by Spears et al, U.S. Pat. No. 6,036,359 by Arnold et al, U.S. Pat. No. 8,430,704 by Jeffrey, U.S. Pat. No. 10,343,751 Hollen et al. These inventions are not practical to apply to smaller, everyday use items like glasses, keys, hats, cell phones due the size of the gas cartridge required and, also due to the fact they require water sensitive triggers that make everyday use not practical due to rain, humidity and moisture. Other attempts have been made by using a compound that produces gas when mixed with water combined with a mechanical one-way valve assembly to let water in as the device sinks. See for example, U.S. Pat. No. 8,961,250 by Meyer, U.S. Pat. No. 10,236,930 by Ferraro. These inventions are not practical to apply to smaller use items like glasses, keys, and hats, because the one-way valves are comprised of springs and balls. Furthermore, some do not provide for a way for air to escape the apparatus as it sinks. Air must escape in order to let water into the apparatus, or it becomes air locked, and no water can enter. This air lock phenomena of the past inventions also limits the utility of invention to the orientation of the device in the water, in other words it will only work in certain orientations, not all orientations. There are other inventions disclosed that use electronic circuitry to work. See for example, U.S. Pat. No. 5,210,525 by Lennon et al, U.S. Pat. No. 7,261,606 by Mickelson et al. The use of electronic circuitry requires a battery which limits the size and reliability of the invention. The battery must be changed regularly, or the reliability becomes low which yields a higher probability that the valuable to which the device is attached cannot be recovered.

A unique aspect of the present invention is that it uses an orifice plate combined with air relief and water inlet channels to simultaneously let water in and air out and does not require one-way valves like previous intentions to operate. This concept alone allows the design to be greatly simplified and miniaturized. Another unique aspect of the present invention is that it works regardless of the orientation in the water into which it is dropped, a fundamental shortcoming of previous inventions that made them unreliable.

It would be desirable to have a small, compact floatation device that can be attached to personal valuables like glasses, cell phones, keys, hats, basically anything that would sink if dropped into water, that would automatically activate and float the item to which it is attached to the surface if accidently dropped into a body of water like a lake, river, pond, or stream. It is also desirable for this new valuables floatation device to be designed such that it does not require the user to use the valuable to which it is attached in a different manner than the valuable without the device, in other words it is not a hinderance. It is also desirable for this new valuable floatation device be totally passive, not requiring any batteries, electronics, springs, balls, gas cartridges, rods, triggers, or water dissolvable components.

SUMMARY OF THE DISCLOSURE

Every year countless cell phones, sunglasses, hats, watches, keys, and other personal items are accidently dropped into lakes all over the world to never be recovered due to depth and visibility of the water. Every dock, every boat on every lake has had at least one cell phone casualty by the accidental dropping of someone's cell phone into the water never to be recovered; and expensive sunglasses are even more numerous in casualties. There are many devices on the market today like bulky floating cell phone bags that require the user to place their phone into a zip lock bag type device or bulky floating cases, but these are rarely used because it requires the user to plan ahead and adapt their lifestyle and use cases to that of the case because their phone must be placed inside the case or bag before each use. People are just too lazy and forgetful to do this all the time. Their needs to be a device that simply attaches to the cell phone or other valuable personal items and remains there all the time and does not require the user to change their lifestyle or use case or even have to think about it being there. If the cell phone or personal article is accidently dropped into the water, it floats to the surface in just a short period of time. No more lost personal valuables due to water. No more hassle of bags or cases to put your cell phone in. The solution is the valuables floatation device (VFD).

Generally, the embodiments of the present disclosure pertain to small, practical automatic floatation devices that can be semi-permanently attached to a personal valuable such as glasses, cell phones, keys, hats, watches, etc. The disclosure is directed toward anyone that goes swimming, boating, canoeing, or any other activity around a large body of water that has personal valuables that they do not want to lose if accidently dropped into the lake, river, stream, pond or ocean.

In accordance with an embodiment of the present disclosure, an automatic floatation device is described comprising a housing into which a compressed bladder and reactant is stored, a water inlet orifice, an air relief orifice, such that as the device sinks into a body of water, the water enters the water inlet orifice as the air inside the housing escapes the air relief orifice. Once the water enters the housing it reacts with the reactant producing gas that is forced into the bladder, inflating the bladder having enough buoyancy to float the article or valuable to which it is attached to the surface of the body of water for easy retrieval.

In another embodiment a method is provided for forcing the gas produced by the reactant into the bladder instead of allowing it to escape out of the air escape orifice.

BRIEF DESCRIPTION OF THE DRAWINGS

The disclosure can be better understood with reference to the following drawings. The elements of the drawings are not necessarily to scale relative to each other, emphasis instead being placed upon clearly illustrating the principles of the invention. Furthermore, like reference numerals designate corresponding parts throughout the several views.

FIG. 1 illustrates an exploded view of the pieces that make up the first embodiment of the 10 valuables flotation device, but shown without the 101a compressed bladder illustrated because it would cover some of the various pieces of the present embodiment.

FIG. 2 illustrates and labels the various pieces of the present embodiment in accordance with the present disclosure, but without the 101a compressed bladder shown to demonstrate all the other parts of the embodiment.

FIG. 3 illustrates the 101a compressed bladder inside the 100 housing to illustrate how it is stored inside the 103 bladder storage cavity inside the 100 housing. It should be noted that the size of the 100 housing and 101a compressed bladder will be determined by the weight of the target device that is to be floated.

FIG. 4 illustrates the 101b inflated bladder and how it is attached to the 102 bladder seal attachment feature such that all the gas generated by the 105 reactant is forced into the bladder.

FIG. 5 illustrates how the 104a compressed hydro expanding element(s) are attached to the bottom of the 100 housing by 115 adhesive so as to be positioned over the 107 air relief orifice and 109 water inlet orifice illustrated in FIG. 7.

FIG. 6 illustrates an embodiment to control water flow into the apparatus while simultaneously controlling the flow of air escaping the apparatus. Water can only flow into the apparatus at the rate that air escapes the apparatus. If air cannot escape, the apparatus becomes air locked and will not work. Once enough water flows through the water 109 inlet orifice into the apparatus to cause the 105 reactant to start the reaction to produce gas, then the 107 air relief orifice has to be closed or all the gas produced by the 105 reactant will simply go out the 108 air relief channel and not fill up the 101a compressed bladder. This orifice design is paramount to the desired operation of this new invention.

FIG. 7 illustrates the 104b expanded hydro expanding elements covering up and closing the 107 air relief orifice and the 109 water inlet orifice.

FIG. 8 illustrates the 10 valuables flotation device being attached to a pair of 116 glasses and alternatively attached to a 125 eyewear retainer. This is just a couple of examples of the ways the 10 valuables flotation device could be attached to sunglasses, prescription glasses, or any other type of glasses.

FIG. 9 illustrates the 10 valuables floatation device being attached to a 117 cell phone using a 124 magnet for attaching to MagSafe phone. This is just and example and could be attached to the cell phone case or made into the cell phone case.

FIG. 10 illustrates the 10 valuables floatation device being attached to a 118 hat via a 120 hat clip. This is just an example and could be attached to ball caps, fashion hats, beanies, basically any article worn on the head. It also could be attached to such article via a pin, clip, magnet, basically any attachment method that does not harm the article it will be floating in the case it is accidently dropped into water.

FIG. 11 illustrates the 10 valuables floatation device being attached to a 119 key chain. This is just one example of personal articles that the apparatus could be attached to float the article to the surface in the case the article was accidentally dropped into water.

FIG. 12 illustrates the 10 valuables floatation device being incorporated into a 122 PopSocket® form factor. There are many 121 cell phone cases that have a pop socket connector on the back of them, so incorporating it into a pop socket attachment could be easily achieved and not hinder current operation of pop socket in any way.

DETAILED DESCRIPTION

Generally, the embodiments of the present disclosure pertain to small, practical automatic floatation devices that can be semi-permanently attached to a personal valuable such as glasses, cell phones, keys, hats, watches, etc. The disclosure is directed toward anyone that goes swimming, boating, canoeing, or any other activity around a large body of water that has personal valuables that they do not want to lose if accidently dropped into the lake, river, stream, pond, or ocean.

Referring to FIG. 1 there is illustrated the parts stack up of an apparatus referred to as a valuables flotation device (VFD) 10.

Referring to FIG. 2 the present embodiment of the valuables floatation device 10 is illustrated with all parts shown and labeled except for the compressed bladder 101a which is left out to illustrate all other parts in detail. A housing 100 comprised of a bladder storage cavity 103 and a bladder seal attachment feature 102 to which the compressed bladder 101a can be attached with good seal and stored inside the housing 100; a reactant storage cavity 123 to store the reactant 105 and a port 124 between the bladder storage cavity 103 and the reactant storage cavity 123. Further comprised of press fit tabs 113 such that the press fit cap 112 can be attached securely, but also popped off by the inflated bladder 101b when filled with gas from the reactant 105. The housing 100 also houses the orifice plate 106 and bottom plate 114. These two plates will be described in detail in FIG. 6 and FIG. 7.

Referring to FIG. 3 the compressed bladder 101a is incorporated to illustrate how it fits inside the bladder storage cavity 103.

Referring to FIG. 4 the inflated bladder 101b is illustrated showing the invention in its fully deployed state. The Inflated bladder 101b is attached to the housing 100 using the bladder seal attachment feature 102 such that it does not separate from the housing 100 when it is filled with the gas produced by the reactant 105, thus floating the invention and the device to which it is attached to the surface of the water.

Referring to FIG. 5, the bottom of the housing 100 is shown to illustrate the reactant storage cavity 123 and the compressed hydro-expanding elements 104a attached to the housing 100 by adhesive 115. These hydro-expanding elements 104a will expand and cover the air relief orifice 107 and water inlet orifice 109 as illustrated in FIG. 7 when sufficient water enters the reactant storage cavity 123.

Referring to FIG. 6 the orifice plate 106 and the bottom plate 114 are illustrated. The orifice plate 106 contains an air relief orifice 107 and a water inlet orifice 109. The bottom plate 114 contains an air relief channel 108 and a water inlet channel 110. The combination of the orifice plate 106 and the bottom plate 114 and the size of the air relief orifice 107 and the size of the water inlet orifice 109 are unique to the successful and reliable operation of this invention. As the device to which the invention is attached sinks in the water, air is allowed to escape through the air relief orifice 107 and the air relief channel 108 while water enters the invention through the water inlet channel 110 and into the reactant storage cavity 123 through the water inlet orifice 109. For water to enter the reactant storage cavity 123, air must escape the reactant storage cavity 123 at the same rate. The method and means by which this accomplished must be finely tuned according to the size of the invention and the device to which it will be attached. Furthermore, the design of the orifice plate 106, the air relief orifice 107, air relief channel 108, the water inlet orifice 109, and the water inlet channel 110 are designed such that normal everyday moisture like sweat, rain, liquid spills do not penetrate the reactant storage cavity 123, otherwise the device would falsely deploy and not be reliable. This design without incorporating valves to prevent of water entering the invention unless submerged is another unique feature of this invention. It should also be noted that the orientation of the invention and the device to which it is attached does not matter when dropped into the water. Air will escape and water will enter no matter the orientation. The ability to work regardless of orientation is yet another unique feature of this invention that makes it reliable in all scenarios and situations.

Referring to FIG. 7 the expanded hydro-expanding elements 104b are illustrated covering up the air relief orifice 107 and the water inlet orifice 109 once sufficient water has entered the reactant storage cavity 123 to cause said reactant 105 to dissolve producing gas. By sealing off the air relief orifice 107 and the water inlet orifice 109, all the gas produced by the reactant 105 is forced into the compressed bladder 101a through the port 124 in the housing 100 between the reactant storage cavity 123 and the bladder storage cavity 103, whereby the inflated bladder 101b forces the press-fit cap 112 off the apparatus, emerges from the housing, and floats the invention and the device to which it is attached to the surface of the water to which it is dropped.

It should be further emphasized that the above-described embodiments of the present invention are merely possible examples of implementations and set forth for a clear understanding of the principles of the invention. Many variations, modifications, and combinations may be made to the above-described embodiments of the invention without departing substantially from the spirit and principles of the invention. All such modifications, combinations, and variations are intended to be included herein within the scope of this disclosure and the present invention and protected by the following claims.

Claims

1. A self-inflating apparatus that can be attached to small valuables comprising: a housing that contains a compressed bladder and a reactant that when combined with water produces a gas that expands the compressed bladder; anda means to simultaneously control water entering the apparatus and air escaping the apparatus as it sinks in water; anda bladder seal attachment feature such that the gas produced by the reactant is forced into the bladder; anda housing cover that is displaced by the expansion of said compressed bladder,Whereby the apparatus will float the item to which it is attached to the surface of the body of water in which it is dropped.

2. The self-inflating apparatus of claim 1 wherein said housing has a separate bladder storage cavity and reactant storage cavity separated by a gas expansion port.

3. The self-inflating apparatus of claim 1 wherein said means to simultaneously control water entering the apparatus and air escaping the apparatus is a water inlet orifice and an air relief orifice, respectively.

4. The self-inflating apparatus of claim 3 wherein said water inlet orifice is further combined with one or more water inlet channel(s) to control water flow.

5. The self-inflating apparatus of claim 3 wherein said air relief orifice is further combined with one or more air relief channel(s) to control air escaping the apparatus.

6. The self-inflating apparatus of claim 2 wherein said bladder seal attachment feature is a nipple to attach said bladder to the said gas expansion port.

7. The self-inflating apparatus of claim 6 wherein said gas expansion port is combined with one or more hydro expanding element(s) to seal off the water inlet orifice and the air relief orifice whereby the gas produced by said reactant is forced into said bladder through the gas expansion port.

8. The self-inflating apparatus of claim 1 wherein said housing cover is a press fit cap.

9. A method for forcing gas produced by a reactant that is water activated into a bladder under water regardless of orientation, the method comprising the steps of: Simultaneously controlling water entering and air escaping an apparatus as a device sinks;Automatically shutting off water entering and air escaping an apparatus based on water flow;Forcing said produced gas into an inflatable bladder through a gas expansion port;Whereby the bladder inflates and floats the apparatus to the surface of a body of water.

10. The method of claim 9 wherein said controlling of water entering and air escaping is accomplished by an orifice plate that is designed to let air escape and water enter regardless of orientation under water.

11. The method of claim 9 wherein said shutting off water entering, and air escaping is accomplished by one or more hydro expanding elements.

12. The method of claim 9 wherein said forcing of produced gas into an inflatable bladder is accomplished by having a separate bladder storage cavity and a separate reactant storage cavity inside a housing that is connected by a gas expansion port whereas the reactant storage cavity is sealed except for the gas expansion port.

13. The method of claim 9 wherein said inflatable bladder is attached to the gas expansion port via a bladder seal attachment feature.

14. A water activated, self-inflating floatation apparatus that can be attached to small valuables comprising: a housing that contains a bladder storage cavity and a reactant storage cavity separated by a port; anda bladder seal attachment feature to attach an inflatable bladder to said port; andan orifice plate containing a water inlet orifice to let water into the housing and an air relief orifice to allow air to escape the housing; anda water activated, gas producing compound; andone or more hydro expanding elements to seal said water inlet orifice and air relief orifice when sufficient water has entered the apparatus; anda removable cover,Whereby water entering the apparatus reacts with the compound to produce gas which is forced into said inflatable bladder which in turn will float the item to which it is attached to the surface of the body of water in which it is submerged.

16. The water activated, self-inflating apparatus of claim 14 wherein said housing is in the form factor of a PopSocket®.

17. The water activated, self-inflating apparatus of claim 14 wherein said housing contains a magnet for attaching to valuables.

18. The water activated, self-inflating apparatus of claim 14 wherein said housing is the form factor of a peel and stick label.

19. The water activated, self-inflating apparatus of claim 14 wherein said housing is in the form factor of an eyewear retainer.

20. The water activated, self-inflating apparatus of claim 14 wherein said housing is attached to a pin clip for mounting.