The present disclosure relates to oral waste disposal devices. In particular, the present disclosure relates to a disposal device for disposing of chewing tobacco waste (e.g., spit).
When a person uses chewing tobacco, excess saliva and tobacco juice is generated that can either be swallowed or spit out. Swallowing this saliva and juice can cause discomfort to the user and therefore, spitting of the saliva is often necessary. But spitting is both unsightly and unsanitary in most situations, therefore disposal of the saliva preferably involves some kind of container or disposal device.
In one embodiment, the disclosure provides a disposal device for receiving and storing an oral waste product from a user. The disposal device includes a waste container having a first hole for passage of the oral waste product into and out of the container. The disposal device also includes a mouthpiece having a first end, a second end, and an interior channel extending from the first end to the second end. The mouthpiece is for the user to spit the oral waste product into the first end and for the oral waste product to exit at the second end. The disposal device also includes a waste tube for passage of the waste product from the mouthpiece to the waste container. The waste tube has a first opening and a second opening. The first opening is sealingly coupled to the second end of the mouthpiece. The second opening is sealingly coupled to the hole of the waste container.
In another embodiment the disclosure provides a disposal device for receiving and storing an oral waste product from a user. The device includes a waste container having a first opening and is configured for storing the oral waste product. The device also includes a mouthpiece for depositing of the oral waste product into the device by the user. The device also includes a waste tube having a first end coupled to the waste container and a second end coupled to the mouthpiece. The waste tube provides a flow path for the oral waste product from the mouthpiece to the waste container through the first opening. The device also includes a first attachment device on the waste container. The first attachment device secures the device to the user at a first attachment point. The device also includes a second attachment device coupled to one of the waste tube and the mouthpiece. The second attachment device secures the device to the user at a second attachment point remote from the first attachment point.
In yet another embodiment the disclosure provides a hands-free spitting device for a user. The device includes a waste container. The waste container includes a first clip disposed on the outside of the container and for coupling adjacent a waistline of the user, a first opening having a threaded extension, a second opening, a check valve coupled to the second opening, a rotatable member having a first end pivotally coupled to the waste container, and a second end with a twistable cap and a threaded assembly for coupling to the threaded extension. The threaded assembly has a top and a grommet with a groove configured to seat around the twistable cap. The device also includes a mouthpiece having an interior channel extending therethrough. The device also includes a waste tube having a second clip positionable along the waste tube and for coupling to the user. The waste tube has a first end coupled with a liquid tight seal to the mouthpiece and a second end coupled with a liquid tight seal to the cap. The second end of the waste tube is coupled to the top of the threaded assembly in a liquid tight seal. The mouthpiece is capable of being positioned near the mouth of a user through the positioning of the second clip and the waste tube.
Other aspects of the disclosure will become apparent by consideration of the detailed description and accompanying drawings.
Before any embodiments of the disclosure are explained in detail, it is to be understood that the disclosure is not limited in its application to the details of construction and the arrangement of components set forth in the following description or illustrated in the following drawings. The disclosure is capable of other embodiments and of being practiced or of being carried out in various ways.
Illustrated in
Illustrated in
The waste tube 22 further includes an adjustable first clip, or shirt clip, 50 that is configured to slide up and down the waste tube 22, after being coupled to the waste tube 22 through a button mechanism 52. The button mechanism 52 permits adjustable positioning of the first clip 50 on the waste tube 22. The first clip 50 may also be coupled to the mouthpiece 18, instead of to the waste tube 22. The first clip 50 allows the user to couple the waste tube 22 to a shirt, or another accessory on the user, adjacent a neck, sternum, or chest of the user. This way the waste tube 22 does not become uncomfortable and move about when not being held in place by the user. As the waste tube 22 is slightly stiff, the first clip 50 also allows for positioning of the mouthpiece 18 through positioning of the waste tube 22 for hands-free use of the disposal device 10. In the illustrated embodiment, the waste tube 22 is constructed from plastic tubing having a ΒΌ inch outer diameter. However, in other embodiments, the waste tube 22 may be constructed of tubing of other sizes or other materials. In particular, the waste tube 22 may have a larger inner diameter to allow for the disposal of waste that is not primarily liquid and which may contain larger and more viscous masses.
The mouthpiece 18 and the waste tube 22 are coupled by the waste tube 22 extending over the tip 38 of the mouthpiece 18, up to the second end 30. The fit between the waste tube 22 and the tip 38 is tight enough so that a liquid-tight seal is provided between the mouthpiece 18 and the waste tube 22. In other embodiments, the mouthpiece 18 and the waste tube 22 may be additionally coupled by a heat shrink tubing (not pictured). The heat shrink tubing then provides an additional means of keeping the waste tube 22 and the mouthpiece 18 together. Specifically, the heat shrink tubing is placed over the first end 42 of the waste tube 22 and over a portion of the mouthpiece 18 and heated until the heat shrink tubing has shrunk to the point of creating a liquid-tight seal between the mouthpiece 18 and the waste tube 22. In yet other embodiments, the waste tube 22 may extend directly to and possibly into the mouthpiece 18, without an intervening tip 38 or heat shrink tubing. In yet other embodiments, the mouthpiece 18 and the waste tube 22 may be formed as a one-piece assembly.
As illustrated in
The first side 58 of the waste container 14 includes two openings or ports 82, 86 and a rotatable member 90. The first opening 82 defines a second axis B, positioned near the center of the first side 58, is a relatively small opening and includes a threaded extension 94, as illustrated in
The threaded assembly 114 of the rotatable member 90 includes a cap 118, a grommet 122, a quick release member 126, and a lock ring 130. The cap 118 includes internal threads 120 that mesh with the threaded extension 94. This way, the cap 118 is twistable so as to couple and uncouple the threaded assembly 114 to the threaded extension 94, and the rotatable member 90 is free to move between the first position and the second position. As illustrated in
As assembled, the waste container 14 is coupled to the second end 46 of the waste tube 22 through the quick release member 126 of the threaded assembly 114. Specifically, the waste tube 22 is inserted into the quick release member 126. As explained previously, the first end 42 of the waste tube 22 is coupled to the second end 30 of the mouthpiece 18. When coupled to the threaded extension 94, the threaded assembly 114 provides a flow path from the waste tube 22 to the first opening 82 of the waste container 14. However, the threaded assembly 114 may be detached from the threaded extension 94 by twisting the cap 118 so that the first opening 82 is open to the atmosphere, as illustrated in
When worn by a user, as illustrated in
Furthermore, the first opening 82 may be sufficiently large to provide for easy removal of the waste contents of the waste container 14 or, when the user is done with the chewing tobacco, for directly disposing the chewing tobacco into the waste container 14. In some embodiments, the waste container 14 may not have the second opening 86, or the check valve 106 (i.e., providing a direct opening to the atmosphere from the waste container 14), or the second opening 86 and the check valve 106 may be at other locations on the waste container 14.
Instead of stainless steel, the waste container 14 may be composed of other materials, such as aluminum, rubber, or plastic. The waste container 14 may also be shaped in any fashion suitable for containing oral waste products (e.g., spit, tobacco, etc.). Additionally, the waste container 14 may be a two-piece design (not pictured). In that design, a first (i.e., top) section and a second (i.e., bottom) section may be coupled together by a threaded connection, a frictional fit (i.e., push fit or exact fit) connection, or by any other suitable fashion. The two piece design would provide a much larger opening, to allow for complete removal of all the contents of the waste container 14, as well as providing easy access to the waste container 14 for cleaning.
Various features and advantages of the disclosure are set forth in the following claims.
This application claims priority to U.S. Provisional Patent Application No. 62/119,957, filed Feb. 24, 2015, the entire contents of which are incorporated herein by reference.
Number | Date | Country | |
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62119957 | Feb 2015 | US |