OBJECTS, ADVANTAGE AND DESCRIPTIONS
Objects
- The Pain Free Electrical Waxing Hairs Remover will be chosen by consumers over other same category of products on the current market.
- This new invented of electrical waxing hairs remover device will be used by a large number of consumers men or women.
- If the unwanted hair is still existing then so is the Pain Free Electrical Waxing Hairs Remover.
Advantages
- This new invention of electrical waxing hair's remover device will save a lot of time, money, chemical and fabric wasted.
- The size of device is so compact that will fit into any personal compartment.
- The device is lightweight and without any hazardous material.
- The device can wax away a large number of hairs in minutes with minimal time.
- The device has a smaller scale down model that fit to remove hairs on any limited area of body.
- The device has no cause of dangerous, no cut, no skin rash, no burned and no irritation.
- The device will give consumers the most comfort and convenience in removing their hairs.
- To compare with hairs shaving or chemical waxing, this new invented device will wax away hairs at the fastest race remove hairs of all.
- It is the most economical potent hair removing cosmetically device on the present market.
- It is a pain free hairs waxing service.
- Within or without waxing to remove hair, the device is also a skin massager.
Descriptions
- The Pain Free Electrical Waxing Body & Legs Hairs Remover is just a small handheld device that is very convenience of using for removing hair of body or legs.
- The device can be used to wax away hair any where with home electric available.
- This device is an individual cosmetic care.
- The design of this new invented electrical waxing hair remover has a smaller scale model that fit work on any limited area of the body.
DRAWING FIGURES
FIG. 1: This figure shows the drawings of a skin's striking element hitter. It is welded on a turning shaft. Any time this shaft makes a turn, the hitter will hit a skin's striking element once.
FIG. 2: The drawings show the tweezing element pusher. This pusher is welded on the same turning shaft of skin's striking hitter. Any time the shaft makes a turn, this pusher will move the tweezing element opened and closed by the cone spring for catching and holding hairs.
FIG. 3: The drawings show the skin's striking element. This element stays hanging loose on a smaller fixed shaft and between two dividers. This striking element once gets hit by the hitter, will strike on the skin's surface and press the skin down, while the tweezers element is holding the hair. Together, these actions of the two elements, will cause hair to get unplugged.
FIG. 4: The drawings show the divider element. There are two of these elements hanging fixed on the same small shaft of striking element and staying guarded on each side of the striking element.
FIG. 5: The drawings show the still tweezing element. This tweezing element is hanging through the same fixed shaft of the skin's striking element. The sides of this element get beveled for hairs easily gathering through.
FIG. 6: The drawings show the motion tweezing element. This motion tweezing element is hanging and traveling on the same fixed shaft of the still tweezing element. This motion tweezing element gets pushed to open by the tweezing pusher and closed by a reaction of cone spring on the same shaft. The sides of this tweezing element get beveled for hair easily gathering through.
FIG. 7: The figure shows the assembly of elements on the two shafts. The two tweezing pusher and striking hitter are welded on a turning shaft. The skin's striking and tweezers elements are hanging lose on a same smaller fixed shaft. The tweezing elements are hanging between the pair of skin striking elements. There is a cone spring hanging behind the motion tweezing element for forcing the tweezing element to close.
FIG. 8: The figure shows a cross section view of the assembled elements. This figure is to clarify position of elements on the shafts.
FIG. 9: This figure shows the after match of a half round turning of the shaft. The motion tweezing element is being pushed back. The skin striking element is at the free position while the tweezing element is opening waiting to catch hairs.
When the turning shaft makes a next half turns, while the tweezers elements are still holding hair, the skin striking element after gets hit from its hitter then launching itself down to strike the skin, the hair then gets to come off.
FIG. 10: The figure shows a true scale of the “Pain Free Electrical Waxing Hair Remover”. The more adds on of tweezers components are the better number of hairs to be removed. The hairs will be pushed out by a rear end fan after being cut.
CONCLUSION
There are many methods and cosmetic products of removing hairs on the market. In the same sense of providing consumer easy way of life, this device is providing a better service, higher quality, lesser pollution of waxing removing hair. The best feature of all is the “Pain Free” in waxing hair away. I believe in making a better society. This new invention will bring some satisfaction to the consumer.