WO2002075513A1

WO2002075513A1 - Noteball

Info

Publication number: WO2002075513A1
Application number: PCT/SG2001/000127
Authority: WO
Inventors: Boon Hwee Bernette Ng
Original assignee: Boon Hwee Bernette Ng
Priority date: 2001-03-19
Filing date: 2001-06-22
Publication date: 2002-09-26

Abstract

The preferred embodiments should preferably be made of rubber, silicon, metal, plastic or a combination of the above. A few designs have been submitted for this new device. The structural design is chosen among many others for various reasons. First, it is able to handle the rigorous handling of a notebook user on the desktop. Second it is generic enough to function on all types of notebook shapes and designs in the market. Third, it does not need orientation and allows many various locations for attachment. The structure shape was determined to provide sufficient grip to notebook to prevent shearing during sliding on desktop. Second, it allows sufficient height for the notebook to be lifted for the slid without dragging the back end of the notebook. Thirdly, it allows sufficient friction for resting on the laps. The structure base use materials like 40+/- SHA to 50+/- SHA SBR rubber and silicon rubber. They are coated with added layer of special PU coating to provide the gentle and quick maneuvering movement and support. It uses 4679 MP high performance,Nitto No 500 adhesive and fastener. The main structure, which supports the notebook, is made up of hard flexible plastic to provide additional cushion to the notebook components. The under layer of the structure is made of foam to provide cushion and support to the human lap. The top layer of the structure is made up of fastener. Ball bearing like ball bearing transfer, cushion bearing, and compression springs can also used. The material used for the plastic parts use can be PVC and HDPE. Plastic sheets and wheels are also used to provide the added smoothness for movement. Due to the technology and material available today, there are many possible designs and processes. The above materials and technology are just some what has been use to achieve the claims and improvements to the notebook user.

Description

Noteball'

The new device provides easy and gentle maneuvering of the notebook which improves the user's work desk environment or 'DESKTOP ERGONOMICS'. To a season notebook user the new device will provides a totally new desktop experience.

The inventive step benefits frequent notebook users in three important ways: provides easy storage capability on the desktop, increases life expectancy of the notebook computer, improves user ergonomics, and f equent notebook on lap usage.

'NotebalF is also known as

1. A real space saver (superior sliding quality)

2. An anti-shock device

3. An ergonomic advantage

4. A portable pocket companion

5. Create a lifting handle

6. A lap top anchor

7. A nimble and effective tool

S. Instant installation and removal

9. Lap protector

10. Wrist, back, and neck ergonomic

11. Multiple screen viewing position

12. Wet and dirty surfaces

13. Reduce heat built up

14. Uneven surface area

15. Easy snap on accessories

16. Two point contact

As a result, the notebook user can now enjoy the notebook in a frequeαt and much more pleasant and comfortable way. With the advantage of the portable design, the notebook becomes even more friendly and attractive to buyers and sellers. This new device provides addictive benefits that can only be felt when used.

The invention is an assembly of a few manufactured parts. Some examples are plastic, metal, rubber, fastener and adhesive. The new device is designed to be use on desktop and smooth types of floor surfaces like glass, marble, parquet, and ceramic tiles.

Claims

Claims and Improvements

1. 'A real space saver '

Make storage and retrieval of the notebook on desktop an easy and convenient task. Space saving is done by lifting the front ends of the notebook slightly and shding it to any position on the desktop. It is a drag and place movement.

This feature improves the user work environment by allowing lum the convenience to create space for writing and other desktop activities by relocating the notebook. It is especially useful for bulky notebook desig This is made possible by the unique slide coating material.

2. ""An anti-shock device '

To protect the notebook from the excessive handling by lifting and placing, the new device takes the shocks during the handling and prevents stress damage to the Hard Disk and other electronic components inside the notebook by use of shock absorbing material. The anti-shock is effective on desktop, floor, and notebook carrying case.

The anti-shock feature avoids emergency hard disk failure and reduces the risk of losing important information in the hard disk. The shock material and the unique slide coat feature allow the notebook to be place with minimum stress and give that extra security feeling.

3. 'An ergonomic advantage '

The shock material and unique slide coat allows the notebook to slides on any smooth surface even on glass, marble, and carpet. Furthermore, the unique slide coat makes viewing and sharing the notebook screen easy and a relaxing task compared to what is it today. A notebook user can now share the screen view by simply sliding one end of the notebook forward or backward to review the screen information to others.

4. A portable pocket companion '

The easy 'snap on' and 'snap out' feature of the new product allows easy installation, handling, and storage of the new device. Great for the season traveler who need the extra luggage space. For portability, it is 'snap into a halP and fits comfortably in a regular shirt pocket for the quick mover.

5. 'Creates a lifting handle^''

The new device design also creates holding handles. A lifting handle adds complementary anti-shock and handling ergonomic value when combined with the anti-shock feature. With the holding handles, the notebook can easily be lifted and placed on desktop and floor with much greater care while holding on to the notebook at all times.

6. 'A lap top anchor '

The material used device design allows notebook to be anchored on the user's lap while sitting or half laying for stability and comfort without wobbling. a. both legs bend, not cross, one ankle resting on the other leg's thigh, one thigh over the other, one leg straight, one ankle resting on the other leg thigh. b. both legs straight, not cross, one ankle resting over the other ankle, one ankle over the other thigh, one leg resting fully over the other.

7. 'A nimble and effective toόT

Light and small in design to fit the purpose of the portable notebook. It is bring to fit any notebook carrying case. It is a great product for travelers.

8. 'Instant installation and removal'

T e new device offers simple and instant installation and removal feature. It is an instant snap on/off product

9. 'Lap protector'

The new device protects the human lap from d e notebook heal to allow for prolong notebook usage. This feature not only gives added comfort but also prevent heat bring up that could cause damage to notebook components. The comfortable frictir material use provides further comfort Together with ergonomic curve design, the new device presents itself as an excellent interface between the lap and the notebook.

10. 'Wrist, back , and neck ergonomic'

The anti-shock, space saving feature prevent users from using a deviated body posture and enjoy better desktop working ergonomic. The user is able to choose a position that avoids strain from contact stress and decreases muscle fatigue, (e.g. bent neck, back, and wrist). The user can lean back in comfort and take the best-suited ergonomic position for distance, screen high, and wrist that avoid the strains and stress from muscle fatigue. The new device design also inclines the keyboard to further improve body ergonomics

11. 'Multiple screen viewing positions'

The unique slide coat feature allows easy notebook screen sharing done by simply sliding one end of the notebook forward or backward and revealing the screen contents to your client next or opposite to you. It is great way to present and share screen information with team members.

12. 'Wet and dirty surfaces'

With the new device attached, the notebook is lifted above the desktop work surface, which prevents the back of the notebook from resting onto dirty and wet surfaces. This feature increases the number of work places to the notebook user.

13. 'Reduce heat built up'

With the new device attached, the notebook is lifted above the desktop surface, which allows natural air cool to the notebook. This feature allows longer usage and further prevents damage to die notebook.

14. 'Uneven surface area'

Because of the two point contact design, the notebook can be used on uneven and curved surfaces. This feature also increases the number of work places to the notebook user. It is also very appealing to the user who needs to work elsewhere frequently outside his work desk and presenting and tying important information immediately is essential.

15. 'Easy snap on peripheral accessories'

The increase in notebook height with the new device attached makes inserting peripheral connectors to notebook much easier. Furthermore, peripheral device wires can be placed under the notebook without causing disturbances. Nor will it affect the sliding capability of the notebook. Now inserting notebook peripheral to USB, parallel and serial ports, PCMCIA cards, power point, PS2 ports, and jack is a brisk. It is just easier because the fingers are able to hold the connectors better without obstacles while inserting.

16. 'Two Point Contact'

The new device is design to provide a two point contact on the desktop not just to prevent the back of the notebook from getting wet and dirty but also able to work on softer surfaces like the bed mattress and softer and yet allow heat transfer which prevent heat built up.