Patent application title: Electronic toothpaste dispenser
Inventors:
Kareme Ariharrah Damallie (Johnson City, TN, US)
IPC8 Class: AB65D3528FI
USPC Class:
222 96
Class name: Collapsible wall-type container with wall-collapsing means with interconnected flow controller or closure operating means
Publication date: 2010-11-11
Patent application number: 20100282775
dispenser extracts all of toothpaste with one
pass. The tube of tooth paste is installed between the roller and angular
plate with nozzle downward. The tooth brush is push forward onto a button
at the bottom of the ETPD turning on a motor that slides a spring roller
downward by mechanical gear belt or shaft on the toothpaste tube. The
angular press plate increases tension on the spring roller and pressure
on the plate squeezing entire tooth paste from top to bottom with one
pass. Removing toothbrush depresses button to stop motor when desired
amount of tooth paste is dispensed and acts as a valve to seal paste
outlet.Claims:
1. A method for dispensing toothpaste from its tube3. An electronic
squeezing device, appliance comprising of components to squeeze
toothpaste down to valve onto tooth brush. Driving force of motor and
squeeze roller.4. The electronic toothpaste dispenser is automated.5. The
electronic toothpaste dispenser empties toothpaste tube with one pass.6.
The electronic toothpaste dispenser gives quantity of toothpaste in tube
by level indicator.7. This method of toothpaste dispensing is accompanied
by design patent toothpaste which extracts 100% of toothpaste.8. The
electronic toothpaste dispenser is easy to replace tooth paste tubes no
more than changing ink cartridges or batteries.Description:
[0001]The utility design for the Electronic Toothpaste Dispenser as set
forth in the following specification:
[0002]FIG. 1 is a top view thereof;
[0003]FIG. 2 is a front view thereof;
[0004]FIG. 3 is a front view thereof;
[0005]FIG. 4 is a side view thereof;
[0006]FIG. 5 is a side view thereof;
DESCRIPTION OF THE PREFERRED EMBODIMENT
[0007]The electronic toothpaste dispenser double roller mechanism rotates as it descends down the toothpaste. The device is powered by a reversible motor that controls the direction, down for extraction and up for replacing tube. Two optional mechanisms are designed. The motor is attached to a worm gear (FIG. 1,2) by bevel gear and rotates the worm moving the roller system down/up along rack and pinion tracks in the same process spinning the rollers via spur gears squeezing the toothpaste. The other process (FIG. 3,4) uses a torque converted mechanism direct drive to motor that rotates a shaft with spur gears that turns moving along the rack and pinion directing the roller system down/up. This new mechanism can extract any size toothpaste.
Claims:
1. A method for dispensing toothpaste from its tube3. An electronic
squeezing device, appliance comprising of components to squeeze
toothpaste down to valve onto tooth brush. Driving force of motor and
squeeze roller.4. The electronic toothpaste dispenser is automated.5. The
electronic toothpaste dispenser empties toothpaste tube with one pass.6.
The electronic toothpaste dispenser gives quantity of toothpaste in tube
by level indicator.7. This method of toothpaste dispensing is accompanied
by design patent toothpaste which extracts 100% of toothpaste.8. The
electronic toothpaste dispenser is easy to replace tooth paste tubes no
more than changing ink cartridges or batteries.Description:
[0001]The utility design for the Electronic Toothpaste Dispenser as set
forth in the following specification:
[0002]FIG. 1 is a top view thereof;
[0003]FIG. 2 is a front view thereof;
[0004]FIG. 3 is a front view thereof;
[0005]FIG. 4 is a side view thereof;
[0006]FIG. 5 is a side view thereof;
DESCRIPTION OF THE PREFERRED EMBODIMENT
[0007]The electronic toothpaste dispenser double roller mechanism rotates as it descends down the toothpaste. The device is powered by a reversible motor that controls the direction, down for extraction and up for replacing tube. Two optional mechanisms are designed. The motor is attached to a worm gear (FIG. 1,2) by bevel gear and rotates the worm moving the roller system down/up along rack and pinion tracks in the same process spinning the rollers via spur gears squeezing the toothpaste. The other process (FIG. 3,4) uses a torque converted mechanism direct drive to motor that rotates a shaft with spur gears that turns moving along the rack and pinion directing the roller system down/up. This new mechanism can extract any size toothpaste.
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