Flip-to-fill scoop
Abstract
When used to store liquid, powdered, or granular products, jars often come with a scoop for accessing the product therein. These scoops are often included within the jar when shipped to a consumer and may be substantially buried within the product. The presently disclosed flip-to-fill scoop resolves the shortcomings of traditional scoops by removably securing the flip-to-fill scoop to a top of the jar. This allows the consumer to easily access the scoop, even as the level of product within the jar drops. Further, the flip-to-fill scoop is filled without requiring the consumer to reach into the jar. This may aid with cleanliness and hygiene. Example products that may be accessed using the flip-to-fill scoop include medicines, nutritional supplements, powered food products, and larger granular food products.
Claims
exact text as granted — not AI-modifiedWhat is claimed is:
1 . A flip-to-fill scoop for a jar comprising:
a scoop rim separate from a lip and a lid of the jar and sized to fit between the lip and the lid of the jar; a bucket located within a perimeter defined by the scoop rim; and one or more stanchions connecting the bucket to the scoop rim and positioning the bucket below the scoop rim.
2 . The flip-to-fill scoop of claim 1 , wherein the bucket includes a pour spout.
3 . The flip-to-fill scoop of claim 1 , wherein the stanchions position the bucket offset from a center of the perimeter defined by the scoop rim.
4 . The flip-to-fill scoop of claim 1 , wherein the stanchions comprise two stanchions located on opposing sides of the bucket.
5 . The flip-to-fill scoop of claim 1 , wherein the bucket is a spherical cap.
6 . The flip-to-fill scoop of claim 1 , wherein the scoop rim is continuous around the bucket.
7 . The flip-to-fill scoop of claim 1 , wherein the scoop rim is discontinuous around the bucket.
8 . The flip-to-fill scoop of claim 1 , wherein the stanchions are living hinges that allow the bucket to pivot with reference to the scoop rim.
9 . The flip-to-fill scoop of claim 1 , further comprising:
a handle connected to the bucket to aid a user in physically manipulating the flip-to-fill scoop.
10 . The flip-to-fill scoop of claim 1 , further comprising:
a gasket or sealing feature on the scoop rim to seal against one or both of the lip and the lid of the jar.
11 . The flip-to-fill scoop of claim 1 , wherein the flip-to-fill scoop is a unitary plastic structure.
12 . A method of using a flip-to-fill scoop to retrieve product from a jar, comprising:
positioning a scoop rim of the flip-to-fill scoop separate from a lip and a lid of the jar between the lip and the lid of the jar; filling a bucket located within a perimeter defined by the scoop rim with the product, wherein one or more stanchions connect the bucket to the scoop rim and position the bucket below the scoop rim; and pouring the product from the flip-to-fill scoop.
13 . The method of claim 12 , further comprising:
removing the lid from the jar; and responsive to the positioning operation, replacing the lid on the jar with the flip-to-fill scoop secured therebetween.
14 . The method of claim 12 , wherein the filling operation includes:
inverting the jar; and returning the jar to an upright position.
15 . The method of claim 12 , wherein pouring operation is responsive to:
removing the lid from the jar; and removing the flip-to-fill scoop from the jar.
16 . The method of claim 12 , wherein the bucket includes a pour spout from which the product is poured in the pouring operation.
17 . The method of claim 12 , wherein the stanchions position the bucket offset from a center of the perimeter defined by the scoop rim.
18 . The method of claim 12 , wherein the stanchions comprise two stanchions located on opposing sides of the bucket.
19 . The method of claim 12 , wherein the bucket is a spherical cap.
20 . A flip-to-fill scoop for a jar comprising:
a continuous scoop rim separate from a lip and a lid of the jar and sized to fit between the lip and the lid of the jar; a spherical cap bucket including a pour spout located within and offset from a center of a perimeter defined by the scoop rim; and stanchions connecting the bucket to the scoop rim and positioning the bucket below the scoop rim.Join the waitlist — get patent alerts
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