A grip aid device for improving writing skills utilizes specific ergonomic and feedback mechanisms to promote an advantageous writing instrument grip and improve intrinsic hand musculature. The grip aid device includes strategically positioned pressure-based buttons, wherein each button interacts with a user's specific finger. The grip aid device features an incentive-based program that encourages the user to properly align their fingers to an approved grasp pattern, wherein simultaneously pressing the buttons causes the writing implement to emerge and become useable.

An upper component has a generally cone shaped configuration A lower component has a generally cylindrical shaped configuration. Both have an upper end and a lower end. The lower end of the upper component and the upper end of the lower component are integrally fabricated to form a lower point and a high point. A V-shaped cut out is formed in the upper end of the upper component above the lower point. A strap has an arcuate configuration with a top and a bottom. The top is integrally fabricated with the upper end of the upper component. The bottom is integrally fabricated with the intersection. The system has a primary mode of operation with the exterior surface exposed and the strap exposed and on the exterior surface. The system has a secondary mode of operation with the interior surface exposed and the strap hidden within the upper component.

A writing system includes a silicone finger pen covering including a first end portion and a second end portion. The first end portion includes a magnet and the second end portion includes an opening configured to receive an index finger of an end user. An interchangeable pen tip includes a first section and a second section. The first section is configured to contact a writing surface and the second section includes a metal surface configured to magnetically secure to the magnet. A pen tips casing includes a lid portion and a bottom portion. The bottom portion includes a plurality of slots configured to receive a plurality of interchangeable pen tips. The silicone finger pen covering can be an electronic silicone finger pen covering and a non-electronic silicone finger pen covering. The electronic silicone finger pen covering further includes a battery, a processor, and a button.

A writing system includes a silicone finger pen covering including a first end portion and a second end portion. The first end portion includes a magnet and the second end portion includes an opening configured to receive an index finger of an end user. An interchangeable pen tip includes a first section and a second section. The first section is configured to contact a writing surface and the second section includes a metal surface configured to magnetically secure to the magnet. A pen tips casing includes a lid portion and a bottom portion. The bottom portion includes a plurality of slots configured to receive a plurality of interchangeable pen tips. The silicone finger pen covering can be an electronic silicone finger pen covering and a non-electronic silicone finger pen covering. The electronic silicone finger pen covering further includes a battery, a processor, and a button.

A writing implement assembly for writing on a writing surface includes an ink dispenser is configured to be attached to a finger. The ink dispenser discharges ink when the ink dispenser engages a writing surface. A grip is removably attached to the ink dispenser to facilitate writing with the ink dispenser.

A writing implement assembly for writing on a writing surface includes an ink dispenser is configured to be attached to a finger. The ink dispenser discharges ink when the ink dispenser engages a writing surface. A grip is removably attached to the ink dispenser to facilitate writing with the ink dispenser.

A tactual finger grip device and method provides increased tactual and visual sensory awareness of finger pressure and alignment especially for the left-handed user. The grip device provides a conically shaped finger sleeve of resilient material having two open ends for inserting and adjustably securing a writing implement. A plurality of raised surface projections positioned about the outer surface provide tactual friction between the device and grasping fingers when pressure is applied to the writing implement. The device provides visual indicia for the forefinger, index finger, and thumb placement forming a natural hand position.

Alternatively, the device with a plurality of raised surface projections positioned about the inner surface creates tactual friction between the device and received finger when pressure is applied by the user's finger to a surface. The grip device provides corrective alignment indicia guidance for repeated motions of the fingers, hand, wrist, and arm.

A tactual finger grip device and method provides increased tactual and visual sensory awareness of finger pressure and alignment especially for the left-handed user. The grip device provides a conically shaped finger sleeve of resilient material having two open ends for inserting and adjustably securing a writing implement. A plurality of raised surface projections positioned about the outer surface provide tactual friction between the device and grasping fingers when pressure is applied to the writing implement. The device provides visual indicia for the forefinger, index finger, and thumb placement forming a natural hand position.

Alternatively, the device with a plurality of raised surface projections positioned about the inner surface creates tactual friction between the device and received finger when pressure is applied by the user's finger to a surface. The grip device provides corrective alignment indicia guidance for repeated motions of the fingers, hand, wrist, and arm.

A finger mountable implement is disclosed. The implement includes a body defining an open interior space and including an outer sidewall having an open bottom end and a top end, and a top panel proximate to the top end. The implement further includes a finger grip portion configured to releasably engage a finger of a user when the finger is inserted into the open interior space to removably secure the finger within the body. The finger grip portion comprises an inner sidewall extending from the open bottom end of the outer side wall a distance in a direction toward the top panel. The inner sidewall has a convex curvature profile extending into the open interior space to provide varying resistance to the finger, and the finger grip portion is entirely disposed in the open interior space when engaged with the finger.

A finger mountable implement is disclosed. The implement includes a body defining an open interior space and including an outer sidewall having an open bottom end and a top end, and a top panel proximate to the top end. The implement further includes a finger grip portion configured to releasably engage a finger of a user when the finger is inserted into the open interior space to removably secure the finger within the body. The finger grip portion comprises an inner sidewall extending from the open bottom end of the outer side wall a distance in a direction toward the top panel. The inner sidewall has a convex curvature profile extending into the open interior space to provide varying resistance to the finger, and the finger grip portion is entirely disposed in the open interior space when engaged with the finger.