Nozzle comb
A hair fluid applicator includes a plurality of hollow teeth, with a threaded receiver top which can accommodate a standard plastic bottle. There is a vertical opening—instead of holes—at the tip of each tooth enabling quick fluid dispense in all directions within 180 degrees and 360 degrees range. Three layers of hollow teeth arranged in a zigzag position coat the same hair with hair fluid three times in one brush. Such design and arrangement of teeth allow deep penetration, and even and quick distribution of the fluid.
1. Field of the Invention
This invention relates to hair liquid applicators.
2. Description of Prior Art
There are a variety of combs that applies liquid through the comb. However, each invention differs in efficiency and effectiveness in distributing fluid to hair.
U.S. Pat. No. 6,047,703 (Paglericcio et al) discloses a fluid applicator. Irregularity in position and number of holes in each tooth does not permit controlled liquid dispensing. Number and position of holes determine the amount of fluid dispensed in a given area. Even distribution of fluid cannot be achieved if each tooth has different number of holes because the amount of fluid each tooth dispenses differs from one another. Also, if the holes are not positioned regularly, each part of hair associates with different amount of fluid.
SUMMARY OF THE INVENTION After filling a container with fluid, close the container with a threaded receiver top, to which teeth of the comb are attached. The teeth are in the form of tubes. Squeezing the container forces the fluid to flow into the hollow tubes from the bottle, and to exit through the vertical opening at the tip of each tooth. The teeth of the comb are arranged as shown in
1. Tooth of Comb
2. Fluid Passageway
3. Exit
4. Receiver Top
5. Container
6. Fluid
7. Internal Threads in Receiver Top
8. Direction of Fluid
9. Hair
10. Direction of Combing
11. Coating of Left Side of a Hair
12. Coating of Right Side of a Hair
13. Coating of Entire Hair
BRIEF DESCRIPTION OF THE DRAWINGS (FIG. 1—FIG. 12, 3 Pages)
A container 5 is sized to accommodate a receiver top 4, to which teeth of the comb are attached. Squeezing the bottle forces the fluid to flow into the teeth of the comb 1, which are in the form of tubes. Fluid then exits the tubes through the vertical opening 3 at the tip of each tooth. The opening is designed to spread the fluid effectively and efficiently. Its vertical shape and open bottom allows the applicator to dispense fluid in all directions within 180 degrees to 360 degrees range. Fluid dispenses in direction of 8 in
The embodiments of the invention in which an exclusive property of privilege is claimed are defined as follows:
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- 1. An applicator for hair liquid comprising
A tooth of the comb defined by a vertical opening which cuts open the surface of the tip from the left side to the right side of the tooth, enabling the fluid to dispense in all directions within 180 degrees to 360 degrees range: and
A plurality of hollow teeth attached to the receiver top.
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- 2. Three layers of the teeth arranged in a zigzag position that the first layer coats one side of the hair, the second layer the opposite side, and the third layer the entire hair;
Three layers of the teeth that curve a hair three times in one brush; and
A plurality of layer of teeth attached to the receiver top.
Claims
1. An applicator for hair liquid comprising
- A tooth of the comb defined by a vertical opening which cuts open the surface of the tip from the left side to the right side of the tooth, enabling the fluid to dispense in all directions within 180 degrees to 360 degrees range: and
- A plurality of hollow teeth attached to the receiver top.
2. Three layers of the teeth arranged in a zigzag position that the first layer coats one side of the hair, the second layer the opposite side, and the third layer the entire hair;
- Three layers of the teeth that curve a hair three times in one brush; and
- A plurality of layer of teeth attached to the receiver top.
Type: Application
Filed: Jul 1, 2003
Publication Date: Jan 6, 2005
Inventor: Jim Kim (Bronx, NY)
Application Number: 10/612,778