WEARABLE COMMUNICATION DEVICE, SECURITY COMPLEX AND USER INTERFACE

• US 20140337621A1
• Filed: 05/05/2014
• Published: 11/13/2014
• Est. Priority Date: 05/07/2013
• Status: Abandoned Application

• Current Assignee: Serguei Nakhimov
• Original Assignee: Serguei Nakhimov
• Inventors: Nakhimov, Serguei
• Application Number:
  US14/269,537
• Publication Number:
  US 20140337621A1
• Time in Patent Office: Days
• US Class Current: 713/168
• CPC Class Codes: G06F 1/163 Wearable computers, e.g. on a belt
• CPC Class Codes: G06F 1/1637 Details related to the display arrangement, including those related to the mounting of the display in the housing
• CPC Class Codes: G06F 1/1652 the display being flexible, e.g. mimicking a sheet of paper, or rollable
• CPC Class Codes: G06F 1/1662 Details related to the integrated keyboard
• CPC Class Codes: G06F 1/1666 Arrangements for reducing the size of the integrated keyboard for transport, e.g. foldable keyboards, keyboards with collapsible keys G06F1/1664 takes precedence
• CPC Class Codes: G06F 1/169 the I/O peripheral being an integrated pointing device, e.g. trackball in the palm rest area, mini-joystick integrated between keyboard keys, touch pads or touch stripes G06F1/1643 takes precedence; constructional details of pointing devices G06F3/033
• CPC Class Codes: G06F 1/1698 the I/O peripheral being a sending/receiving arrangement to establish a cordless communication link, e.g. radio or infrared link, integrated cellular phone details of antennas disposed inside a computer H01Q1/2266
• CPC Class Codes: G06F 3/03547 Touch pads, in which fingers can move on a surface
• CPC Class Codes: H04L 9/06 the encryption apparatus using shift registers or memories for block-wise or stream coding, e.g. DES systems or RC4; Hash functions; Pseudorandom sequence generators
• CPC Class Codes: H04L 9/32 including means for verifying the identity or authority of a user of the system or for message authentication, e.g. authorization, entity authentication, data integrity or data verification, non-repudiation, key authentication or verification of credentials
• CPC Class Codes: H04W 12/033 of the user plane, e.g. user's traffic
• CPC Class Codes: H04W 12/068 using credential vaults, e.g. password manager applications or one time password [OTP] applications
• CPC Class Codes: H04W 12/33 using wearable devices, e.g. using a smartwatch or smart-glasses

Abstract

A wearable electronic modular computer-communicator device is described which may interact and cooperate with other wearable, vehicle-mounted, object-mounted or stationary electronic devices that are also described.

Claims

1. A flexible modular communication device comprising:

a flexible base comprising a plurality of embedded wires and a plurality of mechanical connector points arranged along the length of the base;

a plurality of removable modules, each module comprising a housing with electrical and mechanical connectors connected to the base at one of the connector points so that electrical communication between the plurality of removable modules occurs through the embedded wires, the plurality of removable modules cumulatively comprising control circuitry, visual display circuitry, and radio communication circuitry;

the connector points arranged to allow removal or attachment of at least one removable module without mechanical or electrical disruption of the other removable modules; and

a flexible display assembly in electrical communication with at least one of the plurality of removable modules.

2. The flexible modular communication device of claim 1, wherein the plurality of removable modules further comprises power supply circuitry, data processing circuitry, and audio input and output circuitry.

3. The flexible modular communication device of claim 1, wherein the flexible base comprises a flattening mechanism comprising a plurality of spring-action bands made of steel or a mechanically similar material, having a curved (arched) cross section similar to that of a steel measuring tape, and positioned parallel to each other in such a way that each band is stretched from the top (closest to the user'"'"'s small finger when the device is worn on the wrist) side to the bottom (closest to the user'"'"'s thumb when the device is worn on the wrist) side of the flexible base, the plurality of bands containing at least one band positioned with its concave side facing the front surface of the flexible base and at least one band positioned with its concave side facing the opposite (back) surface of the flexible base.

4. The flexible modular communication device of claim 1, wherein the flexible base comprises a water impermeable layer.

5. The flexible modular communication device of claim 4, wherein the connection of each removable module to the base is equipped with a gasket.

6. The flexible modular communication device of claim 5, wherein a gasket is mounted to an exterior surface of the housing for each removable module, the gasket encompassing the electrical connectors.

7. The flexible modular communication device of claim 5, wherein a gasket is formed by a protrusion of each removable module'"'"'s housing, the gasket encompassing the electrical connectors.

8. The flexible modular communication device of claim 1, wherein the device can function in a bent state and a flat state.

9. The flexible modular communication device of claim 8, wherein one end of the flexible display assembly can be reversibly attached to a first attachment point when the device is in the bent state and reversibly attached to a second attachment point when the device is in a flat state.

10. The flexible modular communication device of claim 9, wherein at least one of the first and the second attachment points is located on a module housing on a side opposing the area of the connection to the flexible base.

11. The flexible modular communication device of claim 9, wherein the first and the second attachment points are located on a side of the flexible base opposite to the side connected to the removable modules.

12. The flexible modular communication device of claim 9, wherein the flexible display assembly comprises a detachable end that can be detached and raised when the device is in the bent state.

13. The flexible modular communication device of claim 12, wherein an end opposing the detachable end of the flexible display assembly is attached to the housing of one of the removable modules at the portion of the housing which is closer to the palm and detached at the remaining portion of the housing which is farther from the palm.

14. The flexible modular communication device of claim 13, wherein the detached section of the opposite end of the flexible display assembly can be reversibly attached to the removable module via a magnetic fastener (comprised partially in the flexible display assembly and partially in the removable module).

15. The flexible modular communication device of claim 1, wherein the device comprises attachment points for connecting the device to a wearable arm bracelet.

16. The flexible modular communication device of claim 15, wherein the attachment points comprise one or more of the following:

a multi-functional electric connector (female), restraining protrusions, restraining depressions, magnetic fasteners, velcro-type fasteners, snap button-type fastener.

17. The flexible modular communication device of claim 15, wherein the bracelet is wearable on a wrist.

18. The flexible modular communication device of claim 17, wherein the device comprises one or more sensors for detecting whether the device is attached to the wearable bracelet.

19. The flexible modular communication device of claim 18, wherein the device comprises one or more gyro sensors, accelerometers and/or other sensors for detecting a specific arm and wrist position appearing when the user looks at the visual display of the device being worn.

20. The flexible modular communication device of claim 19, wherein the device comprises one or more accelerometers and/or other sensors for detecting specific linear or rotating motions of the wrist while the arm is in the specific look-at-the-display position—

the detecting being used for controlling applications running on the device processor.

21. The flexible modular communication device of claim 18, wherein the device comprises one or more palm proximity and/or palm motion sensors for detecting specific palm motions while the arm is in the specific look-at-the-display position—

such detecting being used for controlling applications running on the device processor.

22. The flexible modular communication device of claim 17, wherein the device comprises one or more accelerometers and/or gyro sensors and/or other sensors for detecting a specific arm movement appearing when the user moves the device worn on the wrist to come to close proximity of the ear—

such detecting being used for placing or answering a call or performing other commands or functions.

23. The flexible modular communication device of claim 17, wherein the housing for each removable module has a prismatic shape with trapezoid cross-section.

24. The flexible modular communication device of claim 23, wherein the interior angle between the facet of the housing closest to the wrist and the facet of the housing closest to the rear side of the palm is greater than 90 degrees.

25. The flexible modular communication device of claim 1, wherein the device comprises at least one earpiece and at least one microphone.

26. The flexible modular communication device of claim 25, wherein the earpiece is reversibly attached to one of the removable modules.

27. The flexible modular communication device of claim 26, wherein the earpiece comprises a wireless connectivity circuit, a microphone and a battery unit.

28. The flexible modular communication device of claim 27, wherein the earpiece comprises an optical mouse.

29. The flexible modular communication device of claim 1, further comprising a touchpad keyboard.

30. The flexible modular communication device of claim 29, further comprising instructions stored in a memory for presenting on the visual display finger touches on the touchpad keyboard superimposed over an image of a keyboard.

31. The flexible modular communication device of claim 29, wherein the touchpad keyboard comprises a plurality of relief points extending from the touch-sensitive surface and yielding to finger pressure.

32. A wearable data management device comprising:

a band comprising an exterior surface and an interior surface;

a housing coupled with the band and defining an internal cavity;

an access window formed on the interior surface of the band in communication with the housing cavity;

a data storage unit located in the housing cavity and comprising an internal clock circuitry, an internal source of electric power; and

one or more sensors detecting changes in physical status of the device and physical breach attempts.

33. The wearable data management device of claim 32, wherein the band is a bracelet.

34. The wearable data management device of claim 33, wherein the band comprises an adjustable mount mechanism for reversible attachment of some existing watch models, thus allowing the band to replace a watch bracelet.

35. The wearable data management device of claim 32, wherein the band comprises one or more buttons for PIN entry using a sequential method with digits from 0 through 9 being entered via appropriate numbers of sequential presses of an appropriate button or buttons.

36. The wearable data management device of claim 35, wherein the sequential PIN entry method is supported by vibrations signalling recognition of each entered digit and/or other conditions.

37. The wearable data management device of claim 32, wherein the data storage unit comprises a breach-sensitive shell encasing all other electronic components of the unit, a plurality of sensors measuring mechanical, electrical or other physical parameters of the sections or areas of the shell, input/output circuits, and a processor with pre-loaded instructions for deletion of stored confidential data if the sensors detect a breach of the shell, a drop in energy level stored in the internal power source or other specific condition.

38. The wearable data management device of claim 37, wherein the memory chip of the data storage unit stores an array of reference ranges of mechanical, electrical or other physical parameters for the plurality of sections or areas of the breach-sensitive shell, the parameter values measured during tests conducted under multiple combinations of marginal values of environmental physical parameters such as temperature, pressure, and recorded into the memory chip.

39. The wearable data management device of claim 38, wherein the array of reference ranges is used to compare the reference parameter ranges with the parameter values actually measured by the plurality of sensors, in order to detect mechanical, electrical or other physical breach of the shell.

40. The wearable data management device of claim 32, further comprising a control unit comprising a battery, and a processor, the control unit in electrical communication with the data storage unit.

41. The wearable data management device of claim 40, wherein the control unit performs data decryption and encryption operations.

42. The wearable data management device of claim 41, wherein the control unit decrypts an encrypted code array (or other encrypted data set) received from an external device or via a network, using the decryption key either stored in the hosted data storage unit or received separately from an external device or network.

43. The wearable data management device of claim 41, wherein the processor within the control unit can take on control of a display, keyboard and/or other components of a hosted flexible modular communication device or of other connected device in order to allow secure input and output of confidential information in unencrypted or decrypted form, providing a decrease in a risk of such information being compromised via malware or other security flaw related to an open-type operating system the host device or the connected device normally runs.

44. The wearable data management device of claim 40, wherein the control unit can add or delete a code array to/from the data storage unit.

45. The wearable data management device of claim 40, wherein the control unit or the band further comprises one or more bio sensors for user'"'"'s health related and/or user'"'"'s identity related data collecting.

46. The wearable data management device of claim 45, wherein the bio sensor is implemented performing infrared, ultrasound or similar type scan of user'"'"'s wrist tissues to capture images that can be used to identify the person wearing the device.

47. A touchpad keyboard device comprising:

a touch sensitive surface;

a plurality of relief points extending from the touch-sensitive surface and yielding to finger pressure;

the plurality of relief points spaced apart in proportion to spacing of keys on a keyboard;

instructions stored in a memory for presenting on a visual display finger touches on the touchpad keyboard, images of the touches superimposed over an image of the keyboard.

48. The touchpad keyboard device of claim 47, wherein the touch sensitive surface is capable of detecting position of touching single finger, in real time.

49. The touchpad keyboard device of claim 47, wherein the touch sensitive surface is capable of detecting positions of touching multiple fingers, in real time.

50. The touchpad keyboard device of claim 47, wherein the relief points are covered by the touch sensitive surface.

51. The touchpad keyboard device of claim 47, wherein the relief points protrude through openings defined in a layer comprising the touch-sensitive surface.

52. The touchpad keyboard device of claim 47, wherein the relief points are capable of sending electric signals if pressed by a finger.

53. The touchpad keyboard device of claim 47, wherein the instructions stored in memory comprise instructions to change a visual appearance of any key image belonging to the image of the keyboard if at least one of the fingers touching the touch sensitive surface approaches a relief point corresponing to the key image closer than a set threshold.

54. The touchpad keyboard device of claim 47, wherein the instructions stored in memory comprise instructions to logically map a plurality of selectable elements currently present on the display of the host/connected smartphone or other host/connected device, elements such as virtual buttons, virtual controls, text fields, menu items, images, icons, widgets, display areas etc., onto the plurality (matrix) of relief points, so that a selectable element is visually highlighted on the display whenever at least one user'"'"'s finger touches the touch-sensitive surface at a point closer than a set threshold to the appropriate (i.e. logically mapped to this particular selectable element) relief point, and the highlighted selectable element is selected (engaged, activated, etc.) whenever user'"'"'s finger presses the relief point.

55. A complex of universal devices capable of performing authorization, validation and access control tasks via mutual data exchange comprising:

at least one portable data management device that has wireless data communication capabilities and comprises a key data storage unit;

one or more devices wherein each device is either a stationary data storage device operated by an organization or a lock data storage unit installed in a vehicle, in a door lock or in another object.

56. The complex of universal devices of claim 55, wherein the portable data management device and the stationary data storage device can act as master devices performing generation of an original Code Array filled with random or pseudo random Code Vector data and passing either the original Code Array or a Code Array resulting from performing certain mathematical operation upon the original Code Array to each connected slave device.

57. The complex of universal devices of claim 55, wherein the portable data management device can encrypt and decrypt data using as keys Code Vectors from the Code Arrays stored by the comprised key data storage device.

58. The complex of universal devices of claim 57, wherein the device can connect to a network, then receive an encrypted Code Array and separately an encrypted Code Vector from external devices, then retrieve a Code Vector stored in the comprised key data storage device, then decrypt the received Code Vector using the retrieved Code Vector as the key, then decrypt the received Code Array using the decrypted Code Vector as the key, then write the decrypted Code Array into the memory storage of the comprised key data storage device.

59. The complex of universal devices of claim 57, wherein the device can connect to external devices to take on control of their components related to data input from and output to the user, can then support user input of unencrypted information via the external components with subsequent encryption and passing to a connected device or network, and also support decryption of encrypted information received from a connected device or network with subsequent output to the user via the external components.

60. A display image magnification accessory comprising:

a flat lens;

a plurality of connection bands; and

a plurality of attachment points for mechanical attachment of the connection bands to the flat lens and either to the flexible base or the modules of the flexible modular communication device, or to a body of an existing smartphone device, or to a body of another host mobile device having a display.

61. The magnification accessory of claim 60, wherein the connection bands are made of steel or a mechanically similar material, and have a curved (arched) cross section similar to that of a steel measuring tape.

62. The magnification accessory of claim 61, wherein the connection bands, while in a working position, are placed perpendicular to the display surface, with the concave side of each band facing outward.

63. The magnification accessory of claim 60, wherein some of the attachment points can act as hinges.

64. The magnification accessory of claim 60, wherein in the working position the flat lens is placed parallel to the host device'"'"'s display surface at a distance roughly equal to the length of each connection band, while the connection bands are placed perpendicular to this surface.

65. The magnification accessory of claim 60, wherein in the non-working (folded) position the flat lens and the connection bands are placed as close as possible to the back surface of the host device'"'"'s body, parallel to this surface.

66. The magnification accessory of claim 65, wherein the flat lens at one side is attached to one or many connection bands via attachment point(s) acting as hinge(s), and at the opposite side is attached to one or many connection bands via attachment point(s) that can be reversibly coupled (in the working position) and de-coupled (in the non-working position).

67. The magnification accessory of claim 65, wherein in the working position the attachment points in combination with the connection bands are arranged so as to apply outward-directed forces (tension) to the opposite sides of the flat lens preventing it from changing its flat shape and/or from losing its position parallel to the host device'"'"'s display surface.