WO2009144526A1

WO2009144526A1 - A battery unit powered vibrator comprising a dynamo for charging the battery unit

Info

Publication number: WO2009144526A1
Application number: PCT/IB2008/001396
Authority: WO
Inventors: Christopher O'connor
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-05-29
Filing date: 2008-05-29
Publication date: 2009-12-03
Anticipated expiration: 2010-11-29

Abstract

A self powered vibrator includes a small chrome handle fitted into the base of the device (Fig 1 : Part 1) which will be extracted and turned clockwise to initiate the dynamo (Fig 1 : Part 3). This dynamo will be housed within the device. The dynamo is the major component in the working of the device. This dynamo will then create the power source which is then fed into the converter (Fig 1 : Part 4) and will in turn power the rechargeable battery unit (Fig 1 : Part 5). Rechargeable battery unit (Fig 1 : Part 5) will absorb and store the power which will in turn power the vibrating head of the device.

Description

A BATTERY UNIT POWERED VIBRATOR COMPRISING A DYNAMO FOR CHARGING THE BATTERY UNIT

The invention relates to a self powered vibrator, capable of using its own power source contained within the device to create vibrations.

The major problems which arise with various vibrators on the market today is that they must be powered by batteries and do not sustain their own power source. This in turn can make these vibrators expensive to maintain as they must have new batteries inserted to keep the vibrations strong and intense. A vibrator must be capable of allowing the user to control the speed at which the vibrations are produced. Speeds should vary in intensity from light vibration to medium vibration to strong vibration. This gives the consumer control over the intensity.

A vibrator which requires a battery power source can result in major waste and expense to the consumer. A vibrator which sustains its own power supply is ultimately more environment friendly and once purchased, does not require any additional expense to maintain.

It is an object of the invention to provide a vibrator which provides a constant source of controlled vibrations without the need to ever purchase additional battery power source.

According to the invention, there is provided a vibrator comprising of a small chrome handle to power the dynamo, a dynamo to feed the converter, and a converter to charge the rechargeable batteries in turn creating vibrations.

The vibrator comprises:

An 8" length device containing a small chrome handle which will be fitted into the base of the device and can be easily extracted and turned to begin the process of powering the dynamo.

A dynamo which will create power and send it to the converter.

A converter which will convert the power and charge the rechargeable battery unit which will in turn power the vibrating head of the device creating waves of vibrations.

A rhinestone encrusted base comprising of 30 individual rhinestones set in 3 rows of 10 rhinestones.

The invention will be more clearly understood from the following description of components given by way of example only with reference to the accompanying drawings in which:

FIG 1 is a detailed view of the inside of the device showing each numbered component required to power the device.

FIG 2 is an overview of the device as it would appear when completed showing rhinestone detailing of the device.

FIG 3 shows the base of the device which will contain the small chrome handle which will initialize the power source.

Referring to the drawings, there is shown a self powered vibrator. The vibrator will function as follows:

FIG 1 : Part 1 shows a small chrome handle which will be fitted into the base of the device and mounted on a small hinge which will allow the handle to be extracted from the base and turned in a clockwise direction to start up the dynamo. FIG 1 : Part 2 shows a dial which will be used to control the speed function of the device. This dial will be turned in a clockwise direction to increase or decrease the speed of the device.

FIG 1 : Part 3 shows the area in which the dynamo will be housed within the device. The dynamo will be a major component in the working of the device. Upon turning the chrome handle (fig 1 : part 1) the dynamo will create power which will in turn send that power to the converter.

FIG 1 : Part 4 shows the converter which will obtain its power from the dynamo (fig 1 : part 3) and will power the rechargeable battery unit.

FIG 1 : Part 5 shows the rechargeable battery unit which will absorb and store the power and will in turn power the vibrating head of the device.

FIG 1 : Part 6 shows the vibrating head of the device which will emit waves of vibrations according to the speed indicated by the user.

FIG 2 : Part 7 shows the rhinestone encrusted base of the device which will contain 30 individual rhinestones set out in 3 rows of 10 rhinestones in a circular design.

FIG 3 : Part 8 is a view of the base of the device showing how the small chrome handle will be stored within the base when it is not in operation. Mounted on a small hinge for easy extraction and retraction.

Claims

1. Fig 1 : Part 1 - Small chrome handle fitted into the base of device and mounted on a small hinge for easy extraction and retraction. Used to initialize the dynamo. Also shown in detail in fig 3 : part 8

2. ' Fig 1 : Part 3 - Dynamo housed within the device which will be initialized by the small chrome handle and will create power to be sent to the converter.

3. Fig 1 : Part 4 - A converter which will absorb its power from the dynamo and convert it to electricity which will in turn send power to the rechargeable battery unit.

4. Fig 3 : Part 7 - A rhinestone encrusted base design which will hold 30 individual rhinestones applied in 3 rows of 10 rhinestones in a circular fashion.