The present invention relates to the broad areas of coolers and umbrella mounts.
The beach is often a very relaxing place to visit the combination of the ocean, beach, park, camping, parties and, so that the sun bring many people out for vacation or just a day out. However, spending too much time outdoors in direct sunlight is not healthy for one's skin, and people who remain out in the sun for long periods of time may develop issues such as sunburn, heat exhaustion and skin cancer risk.
Knowing all of these concerns, many people attempt to stay cool while on the beach by staying in the shade. Traditionally, users attempt to protect themselves from sun exposure by mounting umbrellas or in the sand, which consist of a canopy that is mounted on an upstanding pole. Umbrellas with poles have been modified for insertion into the sand, whereby the pole includes a hollow or a pointed end or stake. Moreover, some of these umbrellas facilitate an angling of the canopy to provide shade during the changing sun positioning. However non-pointed end stakes may also be used.
While traditional umbrellas are suitable during situations where there are not many disturbances to the beach sand, they have limitations when used in windy weather and in unsupportive sand. In these situations, the umbrella can easily become displaced and lean at an undesired angle. Traditional solutions to these situations include inserting the umbrella pole further into the sand, flat surface, or configure a way to weigh the umbrella pole down. However, it is quickly discovered that these solutions have their limitations, whereby further insertion of the pole results in having the canopy closer to the sand or flat surface, and the pole often lacks weight bearing so structures configured to keep the pole stationary.
The present invention relates to a new and improved cooler that is configured for the reception of an umbrella. It resembles a traditional cooler, whereby the cooler includes an insulated interior compartment. The present invention facilitates the securement of an umbrella mask by utilizing the weight of the cooler in combination with a fastenable sleeve thereof to hold an umbrella proximal to a cooler.
The invention disclosed herein provides an adjustable cooler mounted umbrella system, comprising an insulative container defining an internal cavity for reception of contents. The insulative container has an interior surface and an exterior surface. The exterior surface of said insulative container has at least one interface area, wherein each interface area defines an adjustable mount receiver with a plurality of horizontal recesses therein. The system also includes an umbrella mounting sleeve rotatably coupled to said mount receiver, wherein the umbrella mounting sleeve is configurable for adjustable angulation of an axis of reception of an umbrella shaft. The system also includes a threaded locking pin, wherein the threaded locking pin is configured to slide through an aperture in a flange formed on an external surface of the umbrella mounting sleeve and thread into an interior threaded surface of a horizontal recess of the plurality of horizontal recesses, thereby securing an angulation of the umbrella mounting sleeve relative to the mount receiver.
It is an object of the present invention to provide a system for securely containing an umbrella.
It is yet another object of the present invention is to provide a system that is attachable to a cooler and useable on both a sandy surface as well as a flat stiff surface.
The drawings and specific descriptions of the drawings, as well as any specific or alternative embodiments discussed, are intended to be read in conjunction with the entirety of this disclosure. The invention may be embodied in many different forms and should not be construed as being limited to the embodiments set forth herein; rather, these embodiments are provided by way of illustration only and so that this disclosure will be thorough, complete and fully convey understanding to those skilled in the art. The above and yet other objects and advantages of the present invention will become apparent from the hereinafter set forth Brief Description of the Drawings, Detailed Description of the Invention, and Claims appended herewith.
Outdoor events are commonplace. However, during warmer months of the year, people seek out shade to escape the heat of the sun. When visiting a beach or a park, people typically bring an umbrella with them. However, wind can rip an umbrella from its securement to the ground. Further, some areas, such as parking lots during a tailgating event do not work with a spiked end of an umbrella shaft because the ground is impermeable.
The invention herein provides a solution for these, and many other, problems that can arise. The invention includes a cooler 100 with an internal chamber 128 for contents like food and drinks. The food and drinks provide weight to help anchor a cooler 100. On the side of the cooler 100 is a securement system 101 for an umbrella. This system is particularly shown in
The system 101 incorporates a sleeve 144 which a user can insert the shaft 122 of an umbrella 120 through, which provides the primary form of securement. Pins 198 can be tightened to press against the umbrella shaft 122 to secure the shaft 122 to the sleeve 144. In addition to anchoring the cooler 100, the weight from the internal contents of a cooler 100 also helps keep the umbrella 120 anchored.
When used on a beach, or other permeable ground surface, the umbrella 120 can be angled in a variety of different orientations to maximize the available shade. In order to allow for adjustability of the umbrella 120 for different angulation, the sleeve 144 connects to a mount 118 on the exterior of the cooler 100 surface 132 that allows the sleeve 144 to rotate, which will thereby adjust the umbrella 120 to block out the sun in a wider range of angulation in the sky. The umbrella shaft 120 will fit through the sleeve 144, with the spike at the bottom penetrating the sand for additional anchoring.
When used on an impermeable surface, like asphalt, a lower sleeve 172 can be used to provide securement of the lower portion of the umbrella shaft 122. The lower sleeve 190 rotates into position, aligning with the upper sleeve 144, and receives the umbrella shaft 122. The bottom platform 182 of the lower sleeve 190 rests on the ground to provide stability. However, the lower sleeve 190 is only used when the system is on firm ground. When used on a sandy surface, or similar, the lower sleeve 190 rotates out of the way, as shown in
In
In some embodiments, the mount receiver 136 is formed within the body of the exterior surface 132 of the insulative container 100/126, while in others, the mount receiver 136 is mounted to the body of the exterior surface 132 of the insulative container 100/126.
An umbrella mounting sleeve 144 is rotatably coupled to the mount receiver 136, wherein the umbrella mounting sleeve 144 is configurable for adjustable angulation of an axis of reception of an umbrella shaft 122. A locking pin 146 that is threaded is included in the system 101 to secure the sleeve 144 in an angle. The locking pin 146 is configured to slide through an aperture 148 in a flange 150 formed on an external surface 152 of said umbrella mounting sleeve 144 and thread into an interior threaded surface 154 of a horizontal recess 138 of said plurality of horizontal recesses 138, thereby securing an angulation of said umbrella mounting sleeve 144 relative to said mount receiver 136. In some embodiments, the mount receiver 136 includes a male rotational stub 194 that engages with a female rotational cavity 196 in said mounting shaft 166, as shown in
In some embodiments, the umbrella mounting sleeve 144 is comprised of a two-part system having a first part 156 and a second part 158 that, when combined, form a sleeve 144 with an internal vertical cylindrical void 160 with two opposing open ends 162 capable of receiving an umbrella 120 shaft 122 within its inner circumference 164. The first part 156 of said two-part system forms a semicircular half of the internal vertical cylindrical void 160. The second part 158 of the two-part system forms an opposing semicircular half of said internal vertical cylindrical void 160. The first part 156 includes a mounting shaft 166 extending perpendicularly from an orientation of said internal vertical cylindrical void 160 for complemental engagement with the adjustable mount receiver 136. A hinge 168 pivotally couples the first half 156 to said second half 158. The second part 158 includes the flange 150 formed on said external surface 152 of said umbrella mounting sleeve 144.
In some embodiments of the system, the umbrella mounting sleeve 144 includes a pivotally connected support buttress 170. This helps support the sleeve 144 and pivots from an up position to a down position, as may be seen in
In some embodiments the insulative container 100/126 further includes a lid 102, a pair of handles 104, and a pair of straps 106 connected to a back surface 112 of said cooler 100. The straps 106 may be used to secure an umbrella 120 during transport. When straps 106 are present, the cooler 100 includes at least a pair of recesses 114 in said back surface 112 of said cooler 100, and at least a pair of knobs 116 protruding from said back surface 112 of said cooler 100. Each strap 106 includes a lower engagement bracket 108, whereby the lower engagement bracket 108 is insertable into a recess 114 in said at least a pair of recesses 114 in said back surface 112 of said cooler 100. Each strap 106 also contains a flexible aperture 110. The flexible aperture 110 allows a knob 116 in said at least a pair of knobs 116 protruding from said back surface of said cooler 100 to pass through said flexible aperture 110, wherein said flexible aperture 110 is smaller in an unflexed circumference than a circumference of said knob 116 protruding from said back surface 112 of said cooler 100.
The system may also include an umbrella 120 having at least a shaft 122 and a canopy 124. The circumference of said shaft 122 of the umbrella 120 must be less than a circumference of an internal cylindrical void 164 of said umbrella mounting sleeve 144.
In some embodiments, the system includes an umbrella base mounting sleeve 172. The mounting sleeve 172 is coupled to the outer surface of the cooler by a hinged boom 174. The mounting sleeve 174 allows the base of the umbrella 120 to be secured when the cooler 100 is on a flat surface, like a parking lot. The hinged boom 174 pivotally connects to a rotatable outer surface engagement 186 at a proximal end 178 of said hinged boom 174 by a first hinge 176, as shown in
When using the base mounting sleeve, the orientation of said cylindrical sleeve with a closed bottom of said umbrella base mounting sleeve is positioned below an opening of a cylindrical void of said umbrella mounting sleeve so that when a shaft of an umbrella is inserted through said umbrella mounting sleeve, the shaft of said umbrella may insert in to said cylindrical sleeve of said umbrella base mounting sleeve and terminate at said closed bottom, thereby containing said shaft of said umbrella.
While there has been shown and described above the preferred embodiment of the instant invention it is to be appreciated that the invention may be embodied otherwise than is herein specifically shown and described and that certain changes may be made in the form and arrangement of the parts without departing from the underlying ideas or principles of this invention as set forth in the Claims appended herewith.
This application claims the benefit under 35 USC 119(e) of provisional patent application Ser. No. 63/185,196, filed May 6, 2021, all of which is incorporated by reference in its entirety.
Number | Date | Country | |
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63185196 | May 2021 | US |