When preparing a dye mix for hair, a combination of dye agents are typically required. A user must typically mix a first liquid with a second liquid.
An automatic hair mixing apparatus has a pair of chambers having a first and second dye component. The chambers can be rigid in a first embodiment, or collapsible in a second embodiment. A plurality of baffles are placed in a hollow, preferably cylindrical brush stem for effectuating mixture of the first and second liquid components. A user may push or turn a handle to control release of the mixed dye onto the brush for application to hair.
The following callout list of elements may assist in identifying the elements of this invention.
1 Main Body
20 Brush
22 Brush Stem
24 Liquid Opening
26 Main Channel
25 Intermediate Channel
31 First Chamber
32 Second Chamber
35 First Plunger
36 Second Plunger
37 Worm Gear
38 Handle
42 Shaft Extension
50 Lid
52 Storage Shell
60 Dye Cartridge
62 Dye Cartridge Front Cap
64 Dye Cartridge Rear Cap
66 Dye Cartridge Recess
68 Dye Cartridge Pusher
88 Round Cap
92 Base Position
94 Top Position
96 Second Plate
98 First Plate
310 dual plunger
The brush generally has a main body 1. In a first embodiment of the present invention
A lid 50 closes a storage shell 52. The storage shell can be telescopically mounted over the brush main body 1 so that it slides back during years to reveal the brush. The storage shell is telescopic mounted over the main body, so the storage shell houses the brush in a storage configuration and retracts to expose the brush in a retracted position. A first plate 98 is located in a first chamber 31 supported by a first plunger 35. A second plate 96 is located in a second chamber 32 supported by a second plunger 36. The first plate 98 and the second plate 96 travel from a base position 92 up to a top position 94. The length of the plunger is also not necessarily to scale and can be relatively short, or relatively long as seen in the present drawings.
The plunger assembly in both embodiments is a syringe type configuration with the first chamber 31 and the second chamber 32 formed as cylindrical chambers and with the first plate 98 and the second plate 96 formed as circular plates. The circular plates form watertight seals with the cylindrical chamber wall. The handle 38 can be rotated to expel contents by pushing the plate. Optionally, a round cap 88 provides a surface to press against. Fluid passages located in the intermediate channel, not shown, direct liquid from the first and second chamber to the main channel 26. The main body and other parts of the device can be made in transparent plastic.