Electronic display screen with dynamic topography

An electronic screen display device, capable of providing a haptic feedback to a user by dynamically altering the screen topography in response to a user choice for activating the screen topography as a non-tactile input the electronic screen display device comprising:

• a movable top layer, a base layer, a plurality of nodes embedded on said base layer, a plurality of micromuscle fibre cell units correspondingly affixed on said plurality of nodes at one end, and affixed on the top layer at an opposing end, wherein each micromuscle fibre cell unit further comprises:
• at least one micromuscle fibre horizontally positioned and enclosed within a flexible polymeric casing with a cavity, and capable of contraction or elongation on passing of electric current, wherein change in the height of the micromuscle fibre cell unit causes the movable top layer to be vertically displaced.

An electronic screen display device, capable of providing a haptic feedback to a user by dynamically altering the screen topography in response to a user choice for activating the screen topography as a non-tactile input, the electronic screen display device comprising:

• a movable top layer, a base layer, a plurality of nodes embedded on said base layer, a plurality of micromuscle fibre cell units correspondingly affixed on said plurality of nodes at one end, and affixed on the top layer at an opposing end, wherein each micromuscle fibre cell unit further comprises of a single vertically positioned micromuscle fibre, having a hemispherical dome at its upper end, and capable of contraction or elongation on passing of electric current, wherein change in the height of the micromuscle fibre cell unit causes the movable top layer to be vertically displaced.

An electronic screen display device, capable of providing a haptic feedback to a user by dynamically altering the screen topography in response to a non-tactile user choice for activating the screen topography, the electronic screen display device comprising:

• a movable top layer, a base layer, a plurality of nodes embedded on said base layer, a plurality of micromuscle fibre cell units correspondingly affixed on said plurality of nodes at one end, and affixed on the top layer at an opposing end, wherein each micromuscle fibre cell unit further comprises:
• at least one micromuscle fibre horizontally positioned and enclosed within a flexible polymeric casing with a cavity, and capable of contraction or elongation on passing of electric current, and having a plurality of supporting micromuscle fibre cell units in a vertical configuration, wherein change in the height of the micromuscle fibre cell unit causes the movable top layer to be vertically displaced.