while the present invention is susceptible of embodiment in various forms , there is shown in the drawings and will hereinafter be described a presently preferred , albeit not limiting , embodiment with the understanding that the present disclosure is to be considered an exemplification of the present invention and is not intended to limit the invention to the specific embodiments illustrated . similar reference numerals are used to identify similar elements throughout the specification . preferably all of the components of the bird feeder system are plastic . however , any other materials could also be used to manufacture the bird feeder system . a bird feeder system 10 is illustrated in fig1 - 15 . a first embodiment of the bird feeder system is illustrated in fig1 - 3 . the bird feeder system includes a first central pole segment or support member 12 . the first central pole segment preferably includes externally threaded portions 14 on both ends thereof . a second central pole segment 15 is connected to the first central pole segment utilizing a coupling 16 . the second pole segment is provided with a threaded portion at the top end thereof ( not shown ). the coupling element 16 is threaded to accept the threaded ends of first and second pole segments and secure these elements together . a coupling element can also be provided at the top of the first pole segment . in a preferred embodiment a ballast or stabilization member 18 is partially buried in the ground 19 . the ballast or stabilization member 18 is preferably substantially cylindrical and contains ballast . in one embodiment it can be a five gallon plastic bucket . the ballast may be a solid material , such as sand or dirt , or it may be a liquid , such as water or a mixture of both . in a preferred embodiment the member 18 is hollow and fluid tight . when the bird feeder is initially assembled a hole is dug in the ground 19 and the ballast member 18 is placed therein . ballast is the added to member 18 . a lid 20 can be secured to the top end of member 18 . the lid 20 preferably includes an upstanding rim 21 which extends around the upper periphery of the lid 20 , as illustrated in fig1 , 4 and 9 . the rim 21 provides a dam or barrier which enables water or other fluids to be retained on top of lid 20 . this pool of water forms a barrier which prevents ants and other insects from crawling up the sides of stabilization member 18 , across lid 21 and up first pole segment 12 to the bird seed feeders . the second central pole segment 15 can be provided with a plurality of apertures 22 along the length thereof . the apertures 22 are used to introduce water or other fluids into member 18 . water or other fluids are introduced into the top of the second pole segment 15 . the water flows through apertures 22 and into member 18 , thus filling member with water which serves as the ballast . the ballast can be supplied to member 18 prior to or subsequent to the installation of lid 20 . the water or other fluids provide ballast for the lower end of the bird feeder system and helps to stabilize the bird feeder system . in place of water ballast sand , dirt or other solids can be placed within member 18 . the ballast also provides stability to the system when there are high winds due to its aerodynamic design and cylindrical shape . since the ballast member is preferably made from plastic or a similar material , it will not rot or corrode when set into the ground . a stake 24 can also be secured to a lower end of pole segment 15 . a threaded member 25 is secured to the top of stake 24 . the member 26 can be threaded onto a coupling 16 on the lower end of second pole segment 15 or directly to pole segment 15 . other means can also be employed to secure stake 24 to pole segment 15 . the stake 24 is designed to be inserted into the ground and provide both support and stability for the bird feeder system . in place of stake 24 other ground securing means can be placed into the ground and the pole segment 15 secured to these ground securing means . a first bird feeder 26 is secured to the upper end of first central pole segment 12 . the first bird feeder is preferable provided with threads 27 internally at a lower end . the threads 27 engage the threads 14 of the top portion of the pole segment 12 to secure the members together . in place of the threaded connection a coupling 16 or other securing means can be employed to secure the pole segment 12 and the first bird feeder 26 together . an animal deterrent device or hollow member 28 is placed over the pole segment 12 . the animal deterrent device 28 is includes an open bottom 32 and a closed top 34 . the closed top includes an aperture 36 through which pole segment 12 passes . a ring or washer 30 is secured to the pole segment 12 adjacent the threaded end . when the first bird feeder 26 is secured to the pole segment 12 the top of the animal deterrent device 28 is captured and secured in between the ring 30 and the first bird feeder 26 . the open bottom preferable does not have a lip or any other structure around the perimeter of the rim . this type of construction does not offer a surface for a squirrel of other animal to grab onto and climb onto the bird feeder system . the animal deterrent device is a cylindrical bucket in a preferred embodiment . in place of the bucket 24 any other type or shape of device can be employed . the animal deterrent device only requires an open bottom portion , a closed top portion and sides between the bottom and top portions . a first tray 38 is secured above the animal deterrent device 28 and below the first bird feeder 26 . a lower end of the first bird feeder preferably includes a threaded connection 27 . the threaded connection 27 of the first bird feeder is constructed and arranged to engage threaded end 14 of the pole segment and secure the pole segment and first bird feeder together . since the animal deterrent device 28 and first tray 38 are positioned in between the pole segment and first bird feeder , these elements are secured together by the connection of the pole segment to the first bird feeder . first tray 38 is preferably provided with a plurality of weep holes 40 . the weep holes 40 allow water which accumulates in the tray to drain therefrom without allowing bird seeds to pass therethrough . the water accumulates in the tray as a result of rain , dew or someone watering the lawn . while a tray with weep holes is disclosed , a tray without weep holes can also be employed . the first bird feeder 26 includes a plurality of feeding tubes or apertures 42 around a bottom portion of the feeder . the apertures 42 are designed and sized to allow birds to remove bird seeds or feed from the bird feeder without the remaining seeds or feed falling out of the feeder due to gravity . the apertures 42 can also be in the form of a trough to provide easier access for the birds to the seed or feed . the birds or other wildlife will perch on the tray 38 or top 34 of the ballast member and consume the bird feed or seed from the first bird feeder . an upper portion of the first bird feeder 26 is preferably provided with threads 44 . the first bird feeder can be formed from a transparent or semi - transparent material so that the level of bird seed or feed in the feeder can be observed . a second bird feeder 46 is secured to the top portion of the first bird feeder . the lower end of the second bird feeder 46 is provided with internal threads 48 or a coupler 16 . the threads 48 engage the threads 44 of the first bird feeder to secure the first and second bird feeders together . the second bird feeder 46 further includes a plurality of apertures 50 along a lower portion of the bird feeder . the apertures 50 are designed to allow birds to remove bird seeds or feed from the bird feeder without the remaining seeds or feed falling out of the feeder due to gravity . a plurality of perches 52 can be secured to the second bird feeder adjacent the apertures 50 . the perches 52 allow birds to rest thereon while consuming seed or feed from the second bird feeder . a removable top 54 encloses the upper end of the second bird feeder . this top is designed to keep rain , snow and other weather elements away from the bird seed in the bird feeders . when the bird seed or feed needs to be replaced in the second bird feeder the top 54 is removed , the seed or feed is poured into the feeder and the top is then replaced . the second bird feeder can be formed from a transparent or semi - transparent material so that the level of bird seed or feed in the feeder can be observed . a second tray 56 is positioned in between the first and second bird feeders . the threaded connections 44 and 48 of the first and second bird feeders respectively help to secure the second tray 56 in its position . the coupling element 16 can also be employed to connect the first and second bird feeders together . the second tray 56 is also preferably provided with weep holes 58 . the weep holes 58 allow water which accumulates in the tray to drain therefrom without allowing bird seeds to pass therethrough . the water accumulates in the tray as a result of rain , dew or someone watering the lawn . tray 56 is designed to keep rain , snow and other weather elements away from the bird seed in the bird feeders . while weep holes in the tray are discloses a tray without weep holes can also be employed . a second embodiment of the first bird feeder 26 is illustrated as 60 in fig2 . the second embodiment 60 of the first bird feeder includes a substantially cylindrical main body 62 . the main body 62 is preferably the same diameter throughout its height . a connection member 64 is secured to a lower portion of the bird feeder 60 . the connection member is preferably provided with threads to engage the threads 14 on the top end of pole segment 12 . this engagement secures bird feeder 60 and pole segment 12 together . in addition to threads other securing means can be employed to secure the bird feeder to the pole segment . a tray 66 is preferably integrally formed on a top end of bird feeder 60 . the tray 66 can also be formed as a separate member . the tray 66 is preferably provided with weep holes 68 . the weep holes 68 allow water and other liquids which accumulate in the tray to drain therefrom without allowing bird seeds to pass therethrough . the water accumulates in the tray as a result of rain , dew or someone watering the lawn . while weep holes in the tray are discloses a tray without weep holes can also be employed . the top end of the bird feeder 60 is illustrated in fig3 . the top end includes a connector 70 by which the second bird feeder is secured to the first bird feeder . apertures 72 permit the first bird feeder to be refilled with bird seed or feed without removing the bird feeder from the bird feeder system . a second embodiment of the bird feeder system 10 is illustrated in fig4 - 15 . this second embodiment also includes a first central pole segment or support member 12 . the first pole segment 12 preferably includes threaded portions 14 or connectors 16 on both ends thereof . the lower end of first pole segment is secured to a second central pole segment 15 . couplers 16 can be employed to secure the two threaded ends of the pole segments together . in addition , one of the pole segments can be provided with internal threads and these would engage an externally threaded end of the other pole segment . in this second embodiment a second pole segment 15 is secured to the lower end of the first pole segment 12 . the second pole segment can be provided with a threaded portion at the top end thereof as illustrated in fig5 . the lower end of the first pole segment 12 includes an internally threaded portion , as illustrated in fig5 . the second pole segment is threaded into the first pole segment with the lid 20 of the ballast member therebetween . this type of connection can also be utilized to connect the first pole segment 12 to the first bird feeder 26 . this type of connection is preferred because it prevents water and other fluids from flowing downwardly and into the threads of a threaded connection . the water is prevented from entering a threaded connection as a result of the upper pole being threaded on the interior thus completely sealing the threads from the outside and the water and other fluids . in addition it can be utilized to connect the second bird feeder 46 to the first bird feeder 26 in the first embodiment of the bird feeder system disclosed in fig1 - 3 . an alternate connection between the first and second pole segments ; the first bird feeder and the pole segment and the first and second bird feeders is illustrated in fig6 . a connector 16 includes internal threads . first pole segment 12 ( or first bird feeder 26 or second bird feeder 46 ) includes external threads 14 on an end portion . these threads engage the coupling 16 . second pole segment 15 ( or first bird feeder or the top of the first pole segment ) includes external threads 14 on an end portion . these threads also engage the coupling 16 . in this second embodiment a third pole segment 83 , fig4 , 7 and 8 can be inserted into the interior of pole segments 12 and 15 . said third pole segment is preferably constructed of metal . since the pole segments 12 and 15 are preferably plastic , the metal pole adds structural rigidity to the system . in place of a metal pole , a pole constructed of any other material that is stronger than plastic could be employed . a ballast or stabilization member 18 is secured around pole segment 15 . the ballast member 18 is the same as ballast member 18 in the first embodiment of the system . member 18 can be inserted into the ground or placed at ground level , as illustrated in fig4 . the member 18 is preferably a plastic bucket and contains ballast . any other shaped member could be used for ballast member 18 as long as it is capable of holding ballast . the ballast may be in the form of a solid material or is may be a liquid , as previously disclosed . the ballast member 18 includes a lid 20 which preferably includes an upstanding rim 21 which extends around the upper periphery of the lid 20 , as illustrated in fig7 . an aperture in the lid 20 permits the insertion of second pole segment 15 into member 18 . when the second pole segment 15 has apertures therein , water and other fluids can be introduced into the ballast member 18 through pole segment 15 . the water or other fluids provide ballast for the lower end of the bird feeder system and helps to stabilize the system . when the ballast member 18 becomes filled with water , the water will exit through the aperture 23 in the lid and pool on top of lid 20 to form a barrier to prevent ants or other insects from reaching pole segment 12 and climbing up to the bird feeder . the water on the top of the lid can also act as a supply of drinking water for the birds and other animals . the ballast can also provide stability to the system when there are high winds . a stake can also be secured to the lower portion of the second pole segment , as illustrated in fig1 . in place of the stake 24 of the first embodiment , a plug 80 can be secured to the lower end of the second pole segment , as illustrated in fig4 and 5 . the ballast member 18 can then be placed above the ground 19 or on any other support as illustrated in fig4 . an animal deterrent device 28 is secured to the upper end of first pole segment 12 , as illustrated in fig4 . the animal deterrent device is tapered or conically shaper from the top towards the bottom and includes a top 34 which serves as a perch for birds . a removable ring or flange 82 slips over the top 34 of the animal deterrent device and engages the sides of the deterrent device . the ring or flange 82 is held in place by friction , although other means could be employed the hold it in place . the ring or flange serves to catch the bird seed or feed which falls off the top 34 of the animal deterrent device . the top portion 84 of the ring is at a greater elevation than the top 34 of the deterrent device . this serves to deflect the wind and rain away from the top 34 of the deterrent device . when the ring or flange becomes filled with seed or feed it is pulled upwardly in a rapid motion and the seed therein is moved to the top 34 . the ring or flange 82 is then replaced onto the deterrent device 28 . the lower peripheral rim of the animal deterrent device is preferably a smooth surface without any projections . these undesirable projections would offer a surface for a squirrel or other animal to grab a hold of a climb to the bird feeder system and are avoided . a bird feeder 86 is secured to the upper end of pole segment 12 utilizing one of the connections described in fig5 or 6 . the bird feeder 86 comprises two containers 88 and 90 , illustrated in fig4 and 11 . these containers 88 and 90 can be one gallon cans , other containers similar in size to the cans or any other size containers , including recycled containers . the containers 88 and 90 are preferably identical in size . however , they could be other sizes also . containers 88 and 90 are preferably cylindrical , however they could be any other shape . the first container 88 has an open top and a closed bottom . a plurality of apertures 92 are circumferentially spaced around a lower side portion of container 88 . the apertures 92 are designed to allow birds to remove bird seeds or feed from the bird feeder without the remaining seeds or feed falling out of the feeder due to gravity . the bottom of container 88 includes apertures through which a first feed tube 94 and a second feed tube 96 extend . the feed tubes 94 and 96 extend downwardly from the bottom of container 90 and rest on top 34 of the animal deterrent device 28 , as illustrated in fig4 . the lower ends of feed tubes 94 and 96 are cut or formed at an angle to allow bird seed or feed to flow from the feed tubes and onto the top 34 , which serves as a feed tray for bird seed or feed . this construction allows the bird seed to be automatically replenished without requiring the attention of an individual . the tops of feed tubes 94 and 96 extend upwardly above the top of container 88 . bird seed or feed is introduced through the top of feed tubes 94 and 96 . the second container 90 includes an open top and a closed bottom 98 . the bottom 98 closes the lower end of container 90 and includes a plurality of apertures 100 , 102 and 104 therethrough , as illustrated in fig1 . the top of container 90 can be a removable lid or it can be open with a means to secure a feed tube 106 in place relative to the container 90 . the bottom 98 includes apertures 100 for feed tubes 94 and 96 , an aperture 102 for feed tube 106 and an aperture 104 for a feed tube 108 . three different bird seeds or feeds can be offered to the birds or other wildlife using this second embodiment . a first type of bird feed or seed is dispensed through feed tubes 94 and 96 . a second different type of bird seed or feed is dispensed through feed tube 106 and apertures 92 . a third different type of bird seed or feed is dispensed through feed tube 108 . the first and second feed tubes 94 and 96 extend upwardly through the bottom of container 90 for a short distance . a first type of bird seed or feed is supplied into container 90 and from which it flows into and through feed tubes 94 and 96 . this first type of bird seed is eventually distributed onto top 34 of the animal deterrent device 28 . a second type of bird seed or feed in introduced into feed tube 106 and from which it flows into container 88 . the second type of bird seed is distributed through the apertures 92 in the first container . a third type of bird seed or feed is introduced into feed tube the top of feed tube 108 and from which it flows downwardly to the bottom of feed tube 106 . this third type of bird seed or feed is distributed through apertures 110 at the lower portion of feed tube 108 . the apertures or openings 92 and 110 are sized such that a bird can remove the bird seed therefrom but the seed will not be dispensed by gravity alone . an advantage of this plural container system is that the supply of first bird seed or feed can be replenished without disturbing the supply of the second and third bird seeds . also the supply of the second bird seed can be replenished by supplying the second bird seed to the feed tube 106 and thus filling the first container 88 with the second bird seed . this does not disturb the supply of the first and third bird seeds . finally , the supply of the third bird seed can be replenished by removing lid 112 from the top of feed tube 108 . a third type of bird seed or feed is then placed into feed tube 108 and the lid is replaced . this does not disturb the first and second supply of bird seed . the first container 88 includes and aperture through which feed tube 108 passes . a plurality of rings or washers 116 , placed above and below the bottom of container 88 help to secure the container 88 to the bird feeder system and space the first container an appropriate distance above the top 34 . this distance permits birds and other wildlife to alight on top 34 and feed on the bird seed . the rings 116 are preferably made from a resilient material which frictionally adheres to feeder tube 108 , although other types of materials could be used . also other means could be employed to secure the first container 88 to the feed tube 108 . a protection member or deflector 114 is attached to an upper portion of feed tube 108 . the deflector 114 also sits atop the second container 90 , as illustrated in fig4 . the deflector prevents rain and other unwanted substances from contacting the bird seed or feed which has been dispensed onto top 34 of the animal deterrent device . the deflector alto prevents rain , snow and other weather reaching apertures 92 and 110 . thus all the bird seed or feed is kept dry . the deflector 114 is preferably a five gallon plastic bucket , although other containers of various shapes and constructed from different materials could also be employed . the outer rim 118 of the bottom of deflector 114 is sized so that water which drips off it will not fall onto the bird seed on top 34 or within ring 82 . the deflector is sized and shaped to permit air to circulate within the deflector . this air circulation helps to keep the birds cool and prevents water condensation within the deflector . the defector 114 also offers shade for the birds and wildlife . the central support member or pole is illustrated in fig8 with the bird feeders , ballast member , animal deterrent device and deflector removed . preferably this pole or support member is made from plastic or a similar material to prevent lightening strikes , rot and corrosion . other materials could also be employed provided they have the strength and stability to support the bird feeders , ballast members , animal deterrent device and deflector . another embodiment of the present invention is illustrated in fig1 and 17 . this embodiment is directed towards a combined bird bath and bird feeder 120 . a first pole segment 12 is connected to a second pole segment 15 by either of the connection means described in fig5 or 6 . the second pole segment 15 is provided with apertures 22 for the introduction of water or other fluids into ballast member 18 . ballast member 18 can be filled with fluids , dirt , sand or other solids as described above in the first and second embodiments of the present invention . a lid 20 closes the top of ballast member 18 . the lid functions in the same manner as the lid 20 described in the first and second embodiments of the present invention . coupling 16 can be provided at either , both or neither ends of the second pole segment 15 . a coupling 16 is provided at the top of the first pole segment 12 . coupling 16 enables a birdbath or feed tray 122 to be secured to the top of pole segment 12 . in fig1 element 122 serves as a birdbath . the upstanding sides 124 are sealed onto a base 126 to enable water or fluid to be retained within the birdbath . the sides 124 could be a rim that is molded to the base 216 . the preferred shape of base 126 is circular but any other shape could also be employed . a connecting element 128 is secured to coupling 16 through an aperture in base 126 . other types of connecting means could also be employed . connecting element 128 is constructed and arranged to serve as a support or island for birds and other wildlife to alight on when using the bird bath . when the birdbath 126 is inverted , as illustrated in fig1 , it can serve as a feed tray for birds and wildlife . bird seed or feed can be placed on the top of the inverted birdbath 126 . the bird seed is retained thereon by a rim or sidewalls 130 . connecting element 128 can serve as a perch for birds feeding in this embodiment . while the components of the bird feeder system are preferably made from plastic material any other material could be used to manufacture these components , including recycled materials . while the present invention is susceptible of embodiment in various forms , there is shown in the drawings and will hereinafter be described a presently preferred , albeit not limiting , embodiment with the understanding that the present disclosure is to be considered an exemplification of the present invention and is not intended to limit the invention to the specific embodiments illustrated . all patents and publications mentioned in this specification are indicative of the levels of those skilled in the art to which the invention pertains . all patents and publications are herein incorporated by reference to the same extent as if each individual publication was specifically and individually indicated to be incorporated by reference . it is to be understood that while a certain form of the invention is illustrated , it is not to be limited to the specific form or arrangement herein described and shown . it will be apparent to those skilled in the art that various changes may be made without departing from the scope of the invention and the invention is not to be considered limited to what is shown and described in the specification and any drawings / figures included herein . one skilled in the art will readily appreciate that the present invention is well adapted to carry out the objectives and obtain the ends and advantages mentioned , as well as those inherent therein . the embodiments , methods , procedures and techniques described herein are presently representative of the preferred embodiments , are intended to be exemplary and are not intended as limitations on the scope . changes therein and other uses will occur to those skilled in the art which are encompassed within the spirit of the invention and are defined by the scope of the appended claims . although the invention has been described in connection with specific preferred embodiments , it should be understood that the invention as claimed should not be unduly limited to such specific embodiments . indeed , various modifications of the described modes for carrying out the invention which are obvious to those skilled in the art are intended to be within the scope of the following claims .
a modular bird feeder system which is particularly adapted for an individual to assemble and maintain . the system includes at least one bird feeder and means to catch bird seed located below the bird feeders . the bird feeders are mounted onto a central pole . an animal deterrent device is positioned below the bird feeders to prevent squirrels and the like from reaching the bird feeders . the animal deterrent device is also mounted onto the central pole . a ballast member is positioned below the ground and the central pole is mounted through the center of the ballast member . a stake can be secured to the lower end of the central pole and assists in securing the bird feeder system to the ground .