The present invention relates generally to the field of recyclable dosing devices. In particular, the present invention relates to a dosing device made from moulded pulp fiber. The dosing device comprises a container member with a defined volume corresponding to a pre-determined amount of composition to be dosed. The dosing device may be to be used for dosing food materials. Embodiments of the present invention relate to biodegradable and/or compostable dosing devices. The present invention also relates to process for manufacturing such a dosing device.

A handheld dispenser (10) for dispensing a powder. The dispenser (10) comprises a container (12) comprising a first opening (14), and a powder storage volume (16) for storing the powder (100). The dispenser (10) also comprises a rotatable member (18), located in the container (12); and a handle (20) connected to the rotatable member (18). The dispenser (10) also comprises an actuator (22) at least partially located on the handle (20), wherein the actuator (22) is actuatable to rotate the rotatable member (18) in the container (12) for allowing powder (100) located in the powder storage volume 16 of the container to travel past the rotatable member (18) and out from the first opening (14). The powder storage volume (16) is preferably no more than 200 ml.

A scooping and dispensing device for efficiently storing, measuring, transferring, mixing, and/or dispensing materials such as powders. The scooping and dispensing device generally includes a funnel and a cover rotatably connected within the funnel. The cover is adapted to be rotated between a plurality of rotational positions with respect to the funnel. A handle may be grasped and rotated; with the handle being connected to the cover such that both the handle and cover rotate together. The cover may thus be rotated to an inverted position to form a chamber to store or mix one or more materials. A cap is removably connected to the lower opening of the funnel; with the cap being removed from the lower opening to dispense the material(s) out of the funnel.

The present invention relates generally to the field of recyclable dosing devices. In particular, the present invention relates to a blank for producing a recyclable dosing device, a recyclable dosing device and the use of a recyclable dosing device for dosing a material. The recyclable dosing device can be produced from a blank made from a single piece of essentially rectangular material by folding. Preferred embodiments of the present invention relate to compostable dosing devices.

A lid and scoop assembly for a container is disclosed.

A lid and scoop assembly for a container is disclosed.

A dispensing device for forming equally proportioned quantities of powder. The dispensing device has a body with an upper surface having one or more concave grooves formed therein. One or more flat staging areas may be disposed between the one or more grooves and a perimetrical edge of the upper surface for forming piles of powder that can be urged across the one or more grooves, whereby the powder fills each groove with a generally identical quantities of the powder.

The present invention relates to a powder storage container formed by comprising: a storage part (10) in which a protein supplement is stored; an opening (20) which is open and connected to the top of the storage part and protrudes upward, and has a screw thread formed on the protruding outer circumferential surface thereof; a lid (30) for opening and closing the opening; a scoop (40) which is formed to be separate from the storage part (10) and is used when scooping the stored protein supplement; and an attaching part (50) which is formed between the upper end of the storage part (10) and the lower end of the opening (20) and enables the scoop (40) and the lid (30) to be attached thereto or detached therefrom and securely placed thereon, wherein the powder storage container of the present invention can improve the problems of uncleanliness in terms of hygiene and worry about loss, as the lid is not placed on the ground but securely placed on the exterior of the container, and the container has the significant effect of being more convenient to use, as an accurate amount by the spoonful can be scooped easily.

The present disclosure relates to dispensing devices, and more particularly, to a dispenser that includes a scoop portion that is pinchable to form a spout to facilitate the transferring of metered amounts of a substance (i.e., a fluid or a particulate) to a container having a small mouth. This allows a user to easily supply metered amounts of a substance to a container having a small mouth while minimizing spillage, thereby improving the accuracy of the measurement and avoiding waste of the substance.

A portioning device includes an integrated handle, actuating lever, and rack with teeth, with the handle having an aperture at the top. The rack is formed to be easily placed, and retained, in an initial position for assembly. One or more scoops are provided which may each be detachably connected the handle top end. A wiping blade may be detachably connected to the scoop for free rotation within the scoop. The wiping blade includes a shaft having a number of gear teeth, together with a camming surface leading to the first tooth on the shaft. Insertion of the scoop and wiping blade shaft into the handle aperture results in the first rack tooth acting as a camming surface and rotating the wiping blade to the proper clocking position with the first tooth of the shaft engaged with the first tooth of the rack. In this manner the number of component parts is reduced significantly, while at the same time allowing for re-use of the handle with the various interchangeable scoops.