Beehive Stand with Rain Protected Moat

Abstract

A beehive stand has a basin which holds liquid such as oil which is covered by a baffle. However, the baffle is spaced apart from the basin such that the basin and baffle have an air gap there-between and are separate from each other. A centrally located vertical pole or support pole rises from the basin through a portal in the baffle and continues upwards to support another object such as a beehive. Multiple such beehive stands can be used to support or be different legs of a beehive, table, cabinet, appliance or other object especially one used outdoors. As there is no direct physical path directly upwards from the ground on which the stand is supported to the object there-above without an air space or oil, this prevents insects from climbing up from the ground to an object supported by the stand.

Claims

1. A beehive stand, comprising: a basin; a support pole extending from a top side of said basin and partially surrounded by walls of said basin; a baffle extending from said support pole, said baffle having a wider circumference than said basin and spaced apart above said basin creating an air gap between said basin and said baffle.

2. The beehive stand of claim 1, wherein said baffle extends lower than an upper most extremity of said basin.

3. The beehive stand of claim 2, wherein said basin comprises oil.

4. The beehive stand of claim 2, wherein said baffle is supported solely by said support pole and said support pole rests on said top side of said basin.

5. The beehive stand of claim 4, wherein said support pole comprises a longitudinal threaded piece and a transverse circular support base.

6. The beehive stand of claim 2, wherein said beehive stand is used in conjunction with a plurality of beehive stands to support a beehive.

7. A method of using said beehive stand of claim 3, comprising in any order: placing said basin on ground, placing said support pole in said basin, filling said basin partially with oil, attaching said baffle to said support pole, attaching a beehive to said support pole directly or indirectly.

8. A beehive stand, comprising: a basin having a circular opening on a top side; a baffle with a horizontal circular cross-section with a greater perimeter than said circular opening of said basin substantially centered above said basin; a support pole extending between said basin and said baffle.

9. The beehive stand of claim 8, wherein an air gap is situated between said basin and said baffle.

10. The beehive stand of claim 9, wherein said baffle is connected only to said support pole.

11. The beehive stand of claim 10, wherein said support pole further supports a beehive above said baffle.

12. The beehive stand of claim 11, wherein said basin is partially filled with oil.

13. The beehive stand of claim 12, wherein at least a majority of said support pole is threaded.

14. The beehive stand of claim 13, wherein said baffle substantially prevents rain from entering into said basin.

15. The beehive stand of claim 8, wherein a path of a non-flying insect from the ground to said beehive is by way of an outer and inner side of said basin, oil, said support pole, and both a lower and upper side of said baffle.

16. A method of preventing said non-flying insect of claim 14 from entering a beehive, comprising steps of supporting a beehive by way said beehive stand, at least partially filing said basin of said beehive stand with oil, and placing said beehive stand and said basin on ground outdoors.

17. The beehive stand of claim 8, wherein said support pole is centered horizontally with respect to said basin and said baffle.

18. The beehive stand of claim 1, wherein said basin, said support pole, and said baffle are centered with respect to one another in a vertical plane.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0011] FIG. 1 shows a cutaway elevation view of a beehive stand of embodiments of the disclosed technology.

[0012] FIG. 2 shows a blown apart perspective view a beehive stand of embodiments of the disclosed technology.

[0013] FIG. 3 shows a closed perspective view a beehive stand of embodiments of the disclosed technology.

[0014] FIG. 4 shows a bottom perspective view of a beehive stand supporting a beehive in an embodiment of the disclosed technology.

[0015] FIG. 5 shows a top perspective view of a beehive being supporting by multiple beehive stands of embodiments of the disclosed technology.

[0016] FIG. 6 shows a bottom perspective view of a beehive being supported by multiple beehive stands of embodiments of the disclosed technology.

DETAILED DESCRIPTION OF EMBODIMENTS OF THE DISCLOSED TECHNOLOGY

[0017] A beehive stand has a basin which holds liquid such as oil which is covered by a baffle. However, the baffle is spaced apart from the basin such that the basin and baffle have an air gap there-between and are separate from each other. A centrally located vertical pole or support pole rises from the basin through a portal in the baffle and continues upwards to support another object such as a beehive. Multiple such beehive stands can be used to support or be different legs of a beehive, table, cabinet, appliance or other object especially one used outdoors. As there is no direct physical path directly upwards from the ground on which the stand is supported to the object there-above without an air space or oil, this prevents insects from climbing up from the ground to an object supported by the stand.

[0018] Embodiments of the disclosed technology will become more clear in view of the following description of the figures.

[0019] Referring first to FIGS. 5 and 6, the overall use of the device is seen in an embodiment of the disclosed technology. FIG. 5 shows a top perspective view of a beehive being supporting by multiple beehive stands of embodiments of the disclosed technology. FIG. 6 shows a bottom perspective view of a beehive being supported by multiple beehive stands of embodiments of the disclosed technology. Here, a beehive 1 has side walls, a top roof, and bees inside. This beehive is representative of any device or object which is supported by one or more legs as the embodiments of the disclosed technology can be used with any such device or object. The stands 2 are shown there-below supporting the beehive. These stands are thus called beehive stands though the stands should not be construed as limited to supporting beehives. Note that a different stand 2 can be used for each leg as shown (being the leg or a part thereof) as shown to support a device. One stand can be used by itself in some embodiments of the disclosed technology.

[0020] Viewed more closely, FIG. 4 shows a bottom perspective view of a beehive stand supporting a beehive in an embodiment of the disclosed technology. Here one can see the beehive stand 2 has a lower basin 40 covered by a baffle 20 supporting a leg of the beehive 1. An air gap 42 is situated outside of the basin 40 and under a portion of the baffle 20, the baffle being wider than the basin. The air gap extends between the basin and baffle as the basin and baffle are spaced apart from each other and in embodiments, lack direct contact with one another. Described another way, a top edge of the basin has a circumference which is smaller than the widest circumference of the baffle. When the baffle and basin are circular or substantially circular the circumference is defined as the distance around the circle or normalized version of the circle. The baffle and basin can be centered with respect to one another with a vertical pole or support pole extending upwards partially/fully through each as will be described below. The female connector 10 seen in this figure is surrounding part of such a vertical pole.

[0021] Moving backwards through the figures still but skipping FIG. 3, the second figure is now described. FIG. 2 shows a blown apart perspective view a beehive stand of embodiments of the disclosed technology. In the spirit of describing backwards, FIG. 2 will be described from the bottom to top. At the bottom most extremity of the beehive stand 2 is a basin 40. This basin is a vessel which holds liquid, or at least, viscous liquid and/or has a pouch or lining therein which does so or the equivalent. The basin can have a flat bottom and vertical (perpendicular) side, substantially there-so, or as shown, a side which is part of a conical section and expands outwards from the bottom towards the top. In this basin is attached or placed a vertical pole 30 which can rest on a top side of the basin, be screwed into or fastened into the basin, or otherwise abuts the basin 40. A disc 32 can also interpose between the vertical pole 30 and the basin 40 such that the disc 32 is wider horizontally than the pole 30 in order to provide more stability. The disc 32 can also fit within upward projections in the top side of the basin 40 to prevent sliding in a horizontal direction. One can then fill the basin partially or fully with a liquid such as oil (see FIG. 1 and the description thereof).

[0022] A baffle 20 is supported by the support pole 30. The support pole extends through a center portal of the baffle 20 in embodiments of the disclosed technology while the baffle 20 and support pole 30 are held in place relative to each other. This can be by way of threading on each of the devices, or as shown, by using washes and female connectors on either side of the baffle 20. In FIG. 2 a female connector 24 (such as a nut) is threaded on the support pole 30 by way of matching threads on the connector 24 and the support pole 30. A washer 22 has a larger circular circumference to spread out the pressure applied between the baffle 20 and female connector 20 and is in contact/squeezed between the female connector 24 and baffle 20. Above the baffle 20 the same is in reverse with a washer 14 squeezed/abutted between the baffle 20 and a female connector 10. A tension ring 12 is also placed between the female connector 10 and washer 14 in embodiments of the disclosed technology. In this manner the baffle is suspended above the basin 40 by being held in place at an elevation by the support pole 30.

[0023] Now returning to the previously-skipped FIG. 3, FIG. 3 shows a closed perspective view a beehive stand of embodiments of the disclosed technology. The basin 40 is below the baffle 20. The vertical pole 30 is abutting a top side of the bottom of the basin 40 and extends upwards through the baffle 20 such that the baffle 20 is held in place relative to the support pole 30 and basin 40. Referring now to the devices circumferentially, that is, from inside to out and starting at the center, a joint vertical center or substantially a same center along the Y axis is shared by the basin 40, support pole 30, and baffle 20 in some embodiments of the disclosed technology. At a top most extremity of the basin 40, at it's outer edge is a ring or circle is formed above which is part of the air gap 42 as, at this circumferential location, the baffle 20 is higher/above/spaced-apart from the basin 40. However, moving outwards to a greater diameter/radius, the elevation of the baffle drops in some embodiments of the disclosed technology such that the outer edge of the baffle is lower than the top edge of the basin in such embodiments. As such, there is an air gap 42 between the basin 40 and baffle 20 and the basin/baffle remain out of contact with each other in embodiments of the disclosed technology.

[0024] Still referring to FIG. 3, note that the additional hardware described with reference to FIG. 4 is tightened to keep the baffle 20 in place above the basin 40. That is one can see the female connector 10 tightened against the tension ring 12 and washer 14 preventing the baffle 20 from rising vertically while the female connector 24 prevents the baffle from moving lower in the Y axis. It should be understood that up and down are directions in the Y axis and refer to the direction the objects are shown in FIG. 1 with respect to the top of the page being up and the bottom of the page being down.

[0025] Finally, FIG. 1 shows a cutaway elevation view of a beehive stand of embodiments of the disclosed technology. Oil 48 is placed into the basin 40 partially filling the basin while atmospheric air 44 flows into and out of the basin by way of the air gap 42 between the basin 40 and baffle 20. Note that the baffle 20 extends downwards further than the basin 40 extends upwards but neither is in contact/touches the other. The baffle 20 is suspended and supported by the support pole 30 which, in this embodiment, rests on the inside surface of the basin by way of the stand 32 which is held within upwardly extending flanges on the bottom side of the basin to prevent horizontal sliding (X-axis) of the support pole 30. The baffle 20 is held at it's height and in place with respect to the support pole 30 by way of female connectors 10 and 24 which squeeze a tension ring 12 and washers 14 and 22 against the top and bottom sides of the baffle, respectively.

[0026] This arrangement allows the baffle to prevent rain, leaves, and other devices from entry into the basin 40. This is advantageous over simply having a basin with water or another liquid because one need not (or less often must) change the water, clean debris, and so forth. However, air can circulate preventing the mold and bacteria from accumulating. The oil is inert and generally harmful to the growth of bacteria, mold, and of course, insects. In this manner, by way of the covered basin, the oil 48 remains substantially or fully undiluted and uncontaminated for at least a month, six months, year, or many years after the beehive stand 2 is put into place supporting a beehive 1.

[0027] Note that in order for an insect such as a beetle 46 or any other walking creature to climb up to the beehive 1 by way of the beehive stand 2, it would need to crawl along the outside of the basin 40, over the top edge thereof and down the inside wall of the basin 40. Once inside, it would then have to crawl through the oil where it would presumably perish before reaching the vertical pole 30. Even if the insect survived the oil and made it to the vertical pole 30, it would then have to climb vertically straight up the pole (albeit, potentially on threads of the pole) before reaching a horizontally disposed female connector 24 forcing the insect to make a right angle and upside down turn. While possible for some insects, the insect would then have to move outwards from the center all the way to the underside of the baffle 20. At this point, the insect would see light and presumably drop to the ground rather than have to make more than a 180 degree turn around the rounded edge of the baffle 20 which slopes inwards in some embodiments, to the upper side of the baffle. In some embodiments the entire beehive stand can be made larger and hold bird feeders and the like to prevent squirrels from climbing upwards.

[0028] Referring still to FIG. 1, in some embodiments at an upper portion of the vertical pole 30, the pole enters into and is surrounded by the beehive 1. A female threaded or threaded interior space 9 or other connecting region can be used to connect the vertical pole 30 to the beehive 1.

[0029] While the disclosed technology has been taught with specific reference to the above embodiments, a person having ordinary skill in the art will recognize that changes can be made in form and detail without departing from the spirit and the scope of the disclosed technology. The described embodiments are to be considered in all respects only as illustrative and not restrictive. All changes that come within the meaning and range of equivalency of the claims are to be embraced within their scope. Combinations of any of the methods, systems, and devices described herein-above are also contemplated and within the scope of the disclosed technology.