GB2526645A - Embossing of personalised names & cooperate names on mobiles & cameras - Google Patents

Abstract

A camera or a mobile phone 3 is connected to an external display screen 1 or an external keyboard 5 such that the camera or phone can communicate with the screen or keyboard. A mouse 6 may be connected to the keyboard. The mobile phone is converted into a central processing unit (CPU). Preferably the phone or camera can transmit data via Wi Fi (RTM) or infra-red to the monitor. A monopod (figure 3) may lock on the hot shoe or onto a magnet for data transfer. A name may be embossed on the phone.

Description

Intellectual Property Office Application No. GB1501471.5 RTTVI Date:14 September 2015 The following terms are registered trade marks and should be read as such wherever they occur in this document: Canon, Wi Fi Intellectual Property Office is an operating name of the Patent Office www.gov.uk/ipo Future of Digital Cameras and Mobiles A' Personalized Name Embossed on the phone Co operate Name Embossed on the Phone * Employee and Cooperate Name Embossed on the phone All at the point of Sale Mobile Phone and Camera Technology Future Design In order to enhance and customize the use of technology we can convert the mobile phones into a central processing unit (CPU). The advantage of this is to speed up academic leaning for all ages with a twin monitor system and with systematic saving of all operating systems. How

The method is attaching a cable from an LCD monitor into a Power supply point (PLUG into Socket).

Attach one cable from monitor into mobile phone/camera. Then Attach anther cable from mobile phone/camera into keyboard. Then attach one mouse connection to the keyboard.

What this effectively does it creates a connection of mobile phone/camera applications in to a larger LCD monitor combined with the mobile phone or camera with various input devices and peripherals.

Further more this can make mobile/cameras transmit data via wi fi/infra red to the monitor and effectively wireless and no need for batteries or memory cards inside phones or cameras (this will then create built in memory and requires motion detecton and solar power on the mobile and camera to create power within the device). If the mobile and camera require charging then they can input a hot shoe or connectivity on the rear of the camera or mobile phone with a systematic charging point. This could be with the mains or a tripod type connectivity inside various buildings.

Please see below a possible preliminary design.

6. This is a computer mouse (6). This can also be wireless and could be connected from the keyboard (5). Then any other wireless or cable out put devices can be connected, such as infra red pens for sketching or drawing on matts.

7. This is a systematic Charging Point (Mains Plug. (7). This could be connected to the monitor (1) To supply power to all the attachments, and act as a temporally charger of the mobile or camera. (3). Due to advances in technology it may be efficient to use solar power to charge this system.

Summary

What this effectively does it generates two screens one LCD monitor (1)which could be in a fixed location and a mobile or cameral LCD (3) and then to connect to a fixed keyboard (5) or mouse (6) Thus consumers can update or transfer all data on the go, with provisions for back up for security by the building. The mobile or camera could be locked onto systematic charging point (supplied by manffoto ltd as outlined below) or power supply means.

Conversely (3) The phone or camera may not even need a charging point or any batteries and memory cards. Because of new motion mechanic detection and solar power on the device. Further more all stored data can now be built in like the new digital cameras such as ones which are made in Japan or in Wales. With an option of connectivity on the rear of the phone like a hot shoe or small magnet with an integrated circuit (IC).

Figure 1 1. Liquid Crystal Display Monitor (LCD) or Television Fixed on a Wall Bracket (1). Wall brackets can be supplied from Princess electronics LTDin Kingsbury London. The LCD Monitor (1) Will connect into (3) a mobile phone or a compact camera.

2. These are cable connections(2)-this may not be required die to advances in wi fi technology to transfer data. Conversely the use of radio technology can emit information.

3. This is a mobile phone or compact digital camera (An electronic Device) (3). Designed in an upward rectangular fashion just for demonstration purpose. This could have two connections one from the LCD (1) into (3) the phone or camera. The second connection leaving the phone via cable into the key board (5).

4. Mechanical Charging Point. This circular system (4) is effectively a locking point on the back of the mobile phone via a hot shoe (found on digital single reflex cameras DSLRs) or a magnet which would lock on to the phone via a small digic chip. This chip could be manufactured by Canon UK Ltd. Effectively to allow data transfer from the phone acting like a Central Processing Unit CPU. Conversely a large bulky Personal Computers are not required. The IC Chip (intergrated chip) will effectively transfer all the data and could store the data for security.

5. Key board. With standard layout (5)-This could be wireless as technology advances. But there is also a cable (2) connecting the phone or camera to the keyboard. Then there is another cable from Keyboard (5) connecting to the mouse (6). This from of device could also be wireless, but I have chosen the cable due to effective data transfer.

Figure 2 See below a side view.

The diagram above exemplifies a side view of this system. The numerical numbers on this device are the same as what's on in Figure 1 the Front View.

1. LCD monitor or Television Device or maybe even a projector, 2. Cables for connectivity and power supply to mains.

3. Mobile Phone or camera (3) 4. Mechanical Charging Point (4)-i.e a locking on system-from hot shoe or magnet found on a new back of the phone device on to the rnonopod.. This is effectively monopod locked on the consumer electronic device such as a mobile phone or a digital camera. Via a hot shoe.

5. A Keyboard -this could be connected to the cables or mains of (2) and then could also be wireless, This is due to advances in technology.

M. Monopod (M}-This device locks on the hot shoe(4} or magnet for data transfer via Integrated Chip of Charged Couplet Device Sensor. (CCD) This type of sensor is manufactured by Canon Japan and needs to be dust proof. This monopod should be designed to go in up or down or at an angle, as show in Figure 3.

Figure 3 The Monopod Below M is the monopod, which could rotate through to A. A is the angular motion.

Ttis arrow is the movement of the monopod of up or down, electronically.

Figure 4 The Locking On system like a horses shoe (Hone the animal) and a Circular Charged Couplet Device. CCCD I At L this is a Locking on I-lot shoes Device C isa circular Charged Couplet Device CCCD or Complementary Metal-Oxide-Semiconductor Moreover these designs can be advance to the phcne and camera design with quad and twin flashes with cameras that can also play games on cameras (Flooper/Sonic). (flashes with multi colours) This system is WVSIWYGT this is (number 3 and number 1 on figure 2) what you see is what you get twice, with a cursor on both displays. Also this could be advanced with cables in between tables.

FigureS Slide switch for 1. Business Users 2. Private and Home Users 3. Both of the above (1 & 2) Key for below diagrams 1. Liquid Crystal Display (LCD) 2. Fibre Optic cable Connectivity where light transmission transfers to data 3. Mobile Phone of compact Digital Camera 4. Lock ion Lock off magentic charging point 5. Keyboard zTrl.t 6. Computer Mouse ED 7. Twin Flash and Quad Flash 8. Mobile Socket for Connectivity via Adapter © First Metal/aluminum Connection, straight line or diagonal check number 2 FiRure 6 Curved cable connection check the curve number 2 connectivity Key for below diagrams 1. Liquid Crystal Display (LCD) 2. Fibre Optic cable Connectivity where light transmission transfers to data 3. Mobile Phone of compact Digital Camera 4. Lock ion Lock off magentic charging point 5. Keyboard t-1ZL1.

6. Computer Mouse 7. Twin Flash and Quad Flash 8. Mobile Socket for Connectivity via Adapter 0 Figure 7. Inverted Data Security for Mobile and Digital Camera Operators Key for below diagrams 1. Liquid Crystal Display (LCD) 2. Fibre Optic cable Connectivity where light transmission transfers to data 3. Mobile Phone of compact Digital Camera 4. Lock ion Lock off magentic charging point o (o) 5. Keyboard tTtLL- 6. Computer Mouse 7. Twin Flash and Quad Flash a Mobile Socket for Connectivity via Adapter which could also be rotationary Mobile Optical Fiber Connectivity 10.

LCD or TV Optical Fiber Connectivity / LArc6t LCD, The Above structure can be controlled by one Director by analyzing all the phone use of staff, via duplicate ortinplate phone usage. This is also a 6 cooperate structure with 6 staff or a inverted and verted pyramid structure.

Figure 8. Corporate Pyramid Phones This figure 8 above indicates a pyramid security of duplicate phones to business or cooperate staff, one for boss one for junior staff (6 of them).

KEY

3.(1) = Educated Level 3.(2) + 3.(3) = Hard workers 3.(4) + 3. (5) + 3. (6) = Lazy Men Above is the three different levels within a 6 employed cooperate structure.

Figure 9. Inverted and Verted (Front) Data Security Analysis for Mobile and LCD Connectivity for Private and Business Users or Simultaneous Usage FRONT Flash Unit 0.5mm Sockets Connectivity = 03mm (3 P = Private Users / Individuals D = Dual Users for Business and Personal B = Business Users (SME PHONES) Small Medium Size Phone whici' could be used by 6 Staff or a Family Phone (FAMILY PHONES) of 6. This can be extended by more users. But duplicate phones should be kept of mobiles for security.

Figure 10 Reverse REAR OF THE PHONE Double Usage of Phones Front and Rear Key Pad With Twin and Quad Flash With four rotationary sockets The Reverse Touch Pad could be used for lock on and lock off on a monopod. (M) The Name or Brand on the Mobile Phone 1. Each Person or individual or business should have there own family or cooperate name embossed' or logoed' on the phone.

2. Example EHT Phone = Euro Hi-Tech Photographic Services Ltd 3, Sushil Bhudia = Sushil Bhudia 4, Canon UK = Canon UK 5. ID Checks 6. Coperate Certificate checks at point of sale 7. Passport Name Checks 8. Family Certificate Checks 9. Family phone for 6 people 10. Finger print checks both index and thumb print checks.

11. In house shop embossing of actual family first and second names'.

12. No sole supplier of phones 13. All printing or embossing of names done at top rated point of sales in shops off the shelf.

14. Age Restrictions for over 18 15. One Phone Per Human 16. Duplicate Phones for Directors and Security consultancy.

Figure 11. Triangular Type of Phone to monitor 6 staff on one gadget.

Directors can watch all activity on there gadget, which is shaped like a triangle.

1.1 First LCD 1.2 Second LCD Display 1.3 Third LCD Display 1.4 Forth LCD Display 1.5 Fifth LCD Display 1.6 Sixth LCD Display 4. Keyboard Notes We must teach at selling point a logo at the point of sale.

All users must have bio metric approval and original ID.

Figures 7 and Figures eight all mobile users can have Face Chat' Face to Face Chat.

Fig 12 Key = Half Circular LCD Screen eg Piccadilly Circus type.

0 __ 0 0 = Mobile Devices with lock on and lock off system ji =LCDDisplaysorTV Xy and yx = room for more then four aggregate operators In connection to figure 12 excluding xy and yx.

3/Aggregate Operators (managers) 18/ Mobile Users 18/LCD Face Talk Users Fig 13 Page 20 illustrates 6 Subject Teachers eg Maths or Science.

Each Teacher can monitor 3 students on mobile phones.

18 Students 6 Teachers 1 Head Department Total 25 People Aggregate.

The narrow dip is the corridor

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