Patent Application
20160128307
The present invention relates to a bird feeder and more particularly, relates to a multi compartment bird feeder.
The use of feeders for feeding birds is well known in the art and widely practised. There are any number of different types of bird feeders. For example, some bird feeders are designed to be squirrel resistant—i.e. to prevent squirrels and other marauders from accessing the seed within the bird feeder. Some bird feeders are designed to attract a particular type of bird and to do so different perch arrangements may be utilized. One of the most popular types of bird feeders is what is known as a tube bird feeder. This type of bird feeder consists of a tube (usually cylindrical) which has a number of seed ports for permitting birds' access to the feed. However, one problem with this type of bird feeder is that the seed ports are distributed over the total height of the container. As the bird seed is consumed, access to the seed from the upper feed ports cannot be had. Accordingly, the number of birds allowed access to the bird seed becomes limited as the tube bird feeder empties.
It is an object of the present invention to provide a multi compartment bird feeder wherein the above problem is obviated.
It is a further object of the present invention to provide a bird feeder wherein the seed ports are utilized to secure seed support members in position.
According to one aspect of the present invention, there is provided a bird feeder comprising a seed tube having a side wall, the side wall having a plurality of side wall openings therein, a plurality of seed ports, one of the seed ports being located at each of the side wall openings, a plurality of seed support members, the seed support members being spaced from each other within the seed tube, at least one of the seed support members being retained by at least one of the seed ports.
The bird feeder has, as above stated, a seed tube with a side wall. The seed tube may be of any configuration, although a cylindrical configuration is conventional. Preferably, the body is formed of a suitable plastic material and is preferably somewhat transparent.
The seed tube has a plurality of side wall openings therein. The side wall openings are again preferably circular in nature. Each side wall opening has a structure which will permit a seed port to be retained thereat.
Conventionally, the side wall openings are diametrically opposed with two side wall openings being located at any particular height. The arrangement is such that at least one of the seed ports interacts with a seed support member to retain the same in position. Preferably, both diametrically opposed seed ports are utilized to secure the seed support member in position.
Each seed support member is designed to permit seed to flow therethrough to a lower level. Each seed support member has a structure wherein a centrally located aperture is provided at a certain height. The opening is preferably situated at a level above the side wall opening and therefore the feed, when placed in the seed tube will fill up to a certain level and subsequently seed will pass through to a lower level. Each seed support member also preferably has a sloped surface so as to divert the seed towards the side wall opening.
As used herein, the term “seed port” defines a member which has a seed control element and a perch. In some bird feeders, the seed control portion or member will comprise a baffle. In the instant arrangement, a side wall having apertures is used to control the seed. In one particular arrangement, the side wall has a plurality of apertures to permit the birds to access the seeds. Typically, in this instance, the seeds would be relatively small such as niger seeds.
Having thus generally described the invention, reference will be made to the accompanying drawings illustrating an embodiment thereof, in which:
Referring to the drawings in greater detail and by reference characters thereto, there is illustrated in
Bird feeder 10 includes a seed tube 12 which comprises a side wall 14 arranged in a circular configuration. It will be understood that the term “seed tube” is used for convenience as most bird feeders use seeds. However, other suitable loose material could also be utilized and are within the scope of the term “seed tube”. Similarly, other configurations of the bird feeder may be utilized although a circular configuration is the most widely used as the material used for the volume created is minimized.
As may be best seen in
Side wall 14 of seed tube 12 also includes a plurality of top apertures 22 as may be seen in
An upper ring 25 is secured to seed tube 12. To this end, there are provided a plurality of protrusions 34 which engage within top apertures 22.
A cover is generally designated by reference numeral 28 and includes a top wall 30 extending substantially horizontally and a side wall 32 extending downwardly from the periphery of top wall 30. Top wall 30 has, on its interior, a plurality of protrusions (as known in the art) which are designed to mate with top ring 25 to retain cover 28 in position. A hanger 36 extends through an aperture in the top wall 30 of cover 28 as may be best seen in
Bird feeder 10 also includes a base generally designated by reference numeral 40. Base 40, as may be seen in
Base 40 also includes a bottom wall 46. A recess 50 is provided to receive a post when it is desired to mount the bird feeder thereon. The arrangement is such that recess 50 can receive either the swaged end of a post or the normal end as disclosed in co-pending U.S. application Ser. No. 13/986,805.
Base 40 also supports a bottom seed support member generally designated by reference numeral 52. Seed support member 52 has a pair of seed support surfaces 54 which are angled downwardly to divert seed outwardly towards side wall openings 16. Seed support member 52 also has an inner circular wall 56 which is designed to seat on base 40. There is also an outer circular wall 58.
The bird feeder includes an upper seed support member generally designated by reference numeral 62. Upper seed support member 62 includes a seed support surface 64 which is sloped downwardly and as well, has an oval center structure 66. A pair of diametrically opposed prongs 68 are provided. Oval center structure 66 includes a central opening generally designated by reference numeral 70.
Bird feeder 10 includes an intermediate seed support member generally designated by reference numeral 72. Intermediate seed support member 72 is placed between upper seed support member 62 and lower seed support member 52. Intermediate seed support member 72 is similar in structure to upper seed support member 62. Thus, it has an oval center structure 74 with an opening 76 therein. It will be noted that oval center structure 66 of upper seed support member 62 and oval center structure 74 of intermediate seed support member 72 have their longitudinal axis perpendicular to each other. This will aid in proper distribution of the seed when poured in from the top. Thus, as may be seen from
For each feed opening 16, there is provided a seed port 80 the details of which may be seen in
On the rear face of side wall 82, there is provided a pair of partial walls 90 each having a protrusion 92 extending therefrom. Protrusions 92 define a channel 94 between itself and the rear face of side wall 82. Thus, as partially indicated in
It will be understood that the description shows an embodiment of the invention and that changes and modifications may be made thereto without departing from the spirit and scope of the invention. For example, the arrangement of the prongs 68 and recesses 102 may be reversed—in other words, the seed port may have the prong with the seed support members having the recess.
