Abstract:
This device will help to eliminate or greatly reduce the odor in a compactor that is caused by garbage and rotting waste. This, in turn, will help eliminate the amount of flies and/or maggots which surround a compactor because the smell, which attracts flies will be reduced. A predetermined amount of deodorizing pellets are distributed in a compactor at predetermined times.

Description:
BACKGROUND OF THE INVENTION 
     A. Field of the Invention 
     This relates to deodorizing certain compactors and dumpsters that can be sources of extremely offensive odors. This device will be automatic and install on the side of a compactor and distribute a predetermined amount of deodorizing pellets on the bottom surface of the compactor. 
     B. Prior Art 
     There are many other prior art references to the deodorizing agent as well as to the actual compactor. Neither the deodorizing agent nor the compactor is being claimed as part of this invention, but it will be referred to in terms of the application. 
     Several prior art references can be found including Wolbrink, U.S. Pat. No. 4,047,775. This is a deodorizer for trash compactors. In Wolbrink, a vapor is released into the compactor to mask odors which come from compacted trash. In this case, pellets are used which are evenly distributed on the bottom surface of the compactor. 
     Another representative example in the prior art can be found at Difley, U.S. Pat. No. 4,068,575, which is a compactor with a selective spray device. The spray device emits a are distributed on the bottom surface of the compactor to deodorize the contents of a compactor or dumpster. 
     BRIEF SUMMARY OF THE INVENTION 
     Compactors and dumpsters have been used to store large quantities of waste material. Unfortunately, as the waste material decomposes, it produces odors in addition to the odor that is already found in the waste material. This produces offensive odors. These offensive odors can be found in these types of containers. 
     This is a device that will be housed in two sections, which are both attached to the side of the compactor. 
     One section will be comprised of a hopper that contains a predetermined amount of deodorizing pellets. A valve and a air line will be positioned on the bottom of the hopper to allow the deodorizing pellets to exit the hopper and be distributed on the floor of the compactor. A hole in the side of the compactor will accommodate the opening with the hopper. A small valve, probably a gate valve, in the bottom of the hopper will be operated in order to dispense the pellets with a blast of air that flows through an air nozzle and will distribute the pellets on the bottom of the compactor. 
     Another section will consist of a housing that will contain various components to include an air compressor, an air tank, a relay, a timer and a fuse. A power supply will also be connected to this housing. The power supply will likely be linked to the power supply for the compactor. The air tank will be able to store a sufficient amount of air under pressure and this air will be released through tubing and through the air nozzle on the bottom of the hopper. The casing will also contain appropriate fuses or safeguards to prevent damage to the components of the device. 
     A timer that is contained in the housing will allow the pellets to be distributed on a certain schedule. It is anticipated that the unit will operate based on the particular needs of the customer. 
     The device is meant to be as automatic and as hands free as possible. 
     The deodorizing pellets are sprayed into the bottom of a dumpster or compactor. As the compactor blade moves along the bottom surface, the pellets will be distributed throughout the bottom surface of the compactor and crushed for even greater results. 
    
    
     
       BRIEF DESCRIPTION OF THE DRAWINGS 
         FIG. 1  is an isometric view of the hopper and casing attached to the side of the compactor. 
         FIG. 2  is a side view of the hopper and casing attached to the side of the compactor. 
         FIG. 3  is a front view of the casings showing the components of the device within the casing in dashed lines. 
         FIG. 4  is a view according to line  4 - 4  on  FIG. 3 . 
         FIG. 5  is a schematic of the components of the device. 
     
    
    
     NUMBERING DESCRIPTION 
     
         
           5 —Device 
           10 —Hopper 
           15 —Compactor 
           16 —Lid 
           20 —Air Compressor Housing 
           25 —Valve 
           30 —Air Splitter 
           32 —Air Nozzle 
           33 —Air Flow 
           35 —Air compressor 
           40 —Fuse 
           45 —Power supply 
           50 —Timer 
           55 —Relay 
           60 —Air Tank 
           65 —Air Hose 
           70 —Deodorizer Pellets 
       
    
     DETAILED DESCRIPTION OF THE EMBODIMENTS 
     Garbage or waste material is fed into one end of a compactor and a blade which is attached to a cylinder inside the compactor compresses the items at predetermined intervals. When the compactor is full or nearly full, a truck will typically take the compactor with the waste material to the appropriate waste facility such as a landfill. 
     During the interim, however, the waste material from the compactor will emit offensive odors because of the waste and decay that is occurring in the compactor. This device  5  will allow the compactor  15  to become deodorized between the time that it is empty and the time that it is full and taken to the landfill. 
     The compactor  15  will have its own power supply and this will be linked to the power supply for the device  5  and this power supply operates the blade of the compactor as well as controlling the operation of the compactor. This device  5  will be linked to the power supply of the compactor and therefore does not rely on any outside source such as the building power supply. 
     The electrical system of the compactor will operate the compactor blade as well as determine the cycles during which the compactor blade will compact the trash. Depending on the amount of trash and the type of trash, the blade of the compactor may circulate one to three times or even more to compact the waste material. 
     In many compactors, there is an electrical eye or some sort of automatic feature which will signal the compactor to begin and end the compaction process. 
     One of the biggest challenges with this type of container that holds waste including food is preventing the elimination of odor from the decaying trash material. This is particularly true of compactors that store food or waste items. A lack of odor will significantly reduce, if not eliminate, flies or other pests that circulate around compactors. Without flies, there would be no maggots which make for an incredibly uncomfortable experience. 
     This device will be tied electrically with the electric supply for the compactor power pack. The power pack will operate independently of the device but will, indeed, power this device. This device  5  will consist of a two separate housings that will both attach to the side of the compactor  15 . 
     A hole will need to be made in the side of the compactor  15  to provide a means to permit the deodorizing pellets  70  that are in the hopper  10  to be distributed into the compactor  15 . 
     One part of the device will be the hopper  10  that will contain the deodorizer pellets  70 . A lid  16  on the top of the hopper  10  will provide a means to add more deodorizing pellets  70  into the hopper  10 . The deodorizing pellets  70  themselves are not being claimed but are integral to the operation of the device. 
     At the bottom of the hopper  10  a valve  25  and an air nozzle  32  are installed near an opening in the bottom of the hopper. Although there are many ways to operate the valve  25 , which is likely to be a gate valve a pneumatically operated valve is depicted in the figures; alternatively the valve may also be operated electronically. An air splitter  30  will allow the valve  25  and a burst of air through the air nozzle  32  to operate together to assist the distribution of the deodorizing pellets  70  within the interior of the compactor  15 . A hose or tube  65  will provide a means for the source of air to operate the valve  25  and provide the air flow  33  to distribute the pellets  70 . 
     The air compressor housing  20  will also be attached to the side of the compactor  15  in close proximity to the hopper  10 . During normal operation the air compressor  20  housing will remain closed to protect the internal components. 
     Inside the air compressor housing  20  will be an air compressor  35 , a relay  55 , a timer  50 , an air tank  60  and an appropriate electric safeguard such as a fuse  40  in addition to the power supply  45 . The timer will be configured to operate in conjunction with the operation of the compactor using the compactor&#39;s own power supply. 
     The timer  50  can be preset to determine the amount of distribution of the deodorizer pellets by regulating the amount of time that the valve  25  remains open to determine the appropriate quantity of deodorizer pellets  70  to be distributed. 
     The relay  55  controls the operation of the valve  25  opening and the timing of the burst of air through the nozzle  32 . 
     During normal operation a small source of compressed air will be released through the air nozzle  32  that will force the granules of odor-abating material or deodorizing pellets  70  onto the floor of the compactor. The deodorizing pellets  70  on the compactor floor will be moved and crushed by the compactor blade to insure that the deodorizing pellets can be distributed along the entire floor surface of the compactor for maximum effect. 
     In subsequent compacter cycles, the compactor blade would then scrape against the bottom of the floor and distribute the granules along the bottom surface as well as pulverizing them. 
     The timing of the distribution of the pellets will be predetermined or preset. 
     It is anticipated that the hopper  10  which houses the deodorizing pellets  70  will permit distribution of somewhere in the range of one-half ounce during each cycle which will be sufficient to combat most odor problems although that amount can be adjusted depending on the circumstances and depending on the particular odors being addressed. 
     While the embodiments of the invention have been disclosed, certain modifications may be made by those skilled in the art to modify the invention without departing from the spirit of the invention.