This invention relates generally to devices for cutting and slicing fruits and vegetables.
It can be challenging to slice certain vegetables into sticks, such as in the case of carrots or celery. The dimension of the vegetable can make them difficult to work with, and simply slicing with a standard knife can be dangerous as the narrow vegetable may be difficult to hold while slicing. Existing devices for cutting and chopping are generally not directed to cutting long slender vegetable sticks.
A preferred vegetable stick maker includes a plunger and a hollow body, each of which has a height which is much greater than a width. The body is configured with one or more blades extending across the hollow interior of the body so that a vegetable pushed through the body will encounter the blades and be sliced accordingly. The plunger includes a terminal end that diverges into a plurality of legs configured to receive the blades to facilitate slicing.
In one example of the invention, the slicer includes a hollow body having a base and body sidewalls extending toward a rim to define an interior space.
One or more blades is seated within the interior space of the hollow body between the rim and the base and spanning the sidewalls, the blade or blades dividing the interior space into a plurality of sections.
In one version, the blade forms a V-shape having an apex and a pair of uprights in which the apex is relatively closer to the base than to the rim, and the uprights are relatively closer to the rim than to the base, the blade having a sharp edge facing toward the rim.
A plunger is sized and dimensioned to be received within the hollow body, the plunger having an upper end and an opposing lower end, with a cap at the upper end.
The cap is attached to (which can include being integrally formed with) a central barrel, the central barrel diverging into a plurality of legs which terminate at the lower end.
In a version, each of the plurality of legs further has an inclined interior face at the lower end, facing inward and toward the center of the plunger, each inclined face being formed with a gripping feature extending outward from the inclined face.
In a version, the blade comprises at least a first blade and a second blade, the first blade positioned to intersect the second blade, and wherein the plurality of sections comprises at least four sections.
In one version, the hollow body comprises a first height from the rim to an upper end of the uprights of the blade, the first height being at least three inches.
In an example, the central barrel further comprises an inclined surface between each of the plurality of legs.
In another example, the gripping feature comprises a fin, and each fin may be positioned to bifurcate each inclined face.
In a version, the hollow body further comprises a central band positioned between the base and the rim, the central band extending radially outwardly from the hollow body.
In another version, the hollow body is formed with an upper section, a lower section, the central band being positioned between the upper section and the lower section.
In a preferred example, the first blade and the second blade are mounted to the central band.
In an example, the hollow body comprises a flared region adjacent the rim, the flared section being flared radially outwardly.
In some examples, the plunger defines an axis from the upper end to the lower end, the plunger cap forms a plunger cap width along a cross section through the plunger cap and perpendicular to the axis, the barrel forms a barrel width along a cross section through the barrel and perpendicular to the axis, the plunger cap width being greater than the barrel width.
Yet other features are disclosed below, and any version of the invention may have any or all of the foregoing features.
Preferred and alternative examples of the present invention are described in detail below with reference to the following drawings, in which the invention is illustrated to scale with respect to a preferred version of the invention.
With reference to
The general operation of the vegetable stick maker is shown in
The preferred shape and configuration of the plunger is best seen in
In the illustrated version, the upper portion or cap 190 of the plunger is larger in cross section than the central portion or the barrel 180, preferably formed so that the barrel flares radially outward about its entire perimeter to transition between the barrel and the cap. The flared region 192 terminates at an upper edge 191 which will rest on an upper rim of the body, as described below. The cap thereby forms a surface that abuts against the body, such as at the upper edge 191, to prevent over-insertion of the plunger.
The lower end of the plunger, opposite the cap, terminates in a plurality of legs separated from one another by gaps between each of the legs. In the illustrated example, four legs 110, 120, 130, 140 are shown in the exemplary plunger. In other versions, depending on the number of blades and desired slices, there may be between two and eight legs. In yet other versions, a different number of legs may be provided. As seen in
Each pair of adjacent legs diverges from the barrel 180 at an upper juncture, such as juncture 145 shown in
In one example, the plunger is dimensioned with a distance P1 extending from the upper edge 191 to the juncture 145, a distance P2 from the upper juncture to the lower juncture, and a distance P3 from the lower juncture to the bottom of the plunger. In one version, the total height of the plunger is about five inches, with each of the distances P2 and P3 being about one inch. Accordingly, distance P1 is preferably about 3 inches or greater. Most preferably the plunger is formed from a plastic material.
As seen in the front lower perspective view of
Each leg further terminates in an inclined interior face 134, facing inward and toward the center of the plunger. As seen in
With reference to
The structure of the body 200 is further illustrated in
As seen in
In one example, each of the upper and lower sections 201, 202 mount to an interior seat formed in the central band such that the central band at least partially surrounds each of the upper and lower sections.
As seen in
In use, a vegetable such as a carrot may be inserted into the body through the rim as described above, then the plunger is inserted into the body and pushed toward the blades along the direction of the central axis until the plunger forces the vegetable through the blades.
Alternatively, the process may be inverted as shown in
While the preferred embodiment of the invention has been illustrated and described, as noted above, many changes can be made without departing from the spirit and scope of the invention. Accordingly, the scope of the invention is not limited by the disclosure of the preferred embodiment. Instead, the invention should be determined entirely by reference to the claims that follow.
This application claims the benefit of U.S. provisional application No. 62/400,991 filed Sep. 28, 2017, the contents of which are incorporated by reference.
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Number | Date | Country | |
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20180085964 A1 | Mar 2018 | US |
Number | Date | Country | |
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62400991 | Sep 2016 | US |