Pen Holder

Abstract

This invention relates to the technical field of porcelain-based practice devices for developing pen-holding skills and performing hand and wrist exercises. Specifically, the invention concerns a one-piece porcelain pen holder structure designed to conform to hand ergonomics and wrist anatomy, enabling users learning to hold a pen for the first time to quickly acquire the correct grip position.

Description

1 TARIFF Pen Holder Technical Area This invention is designed to help develop pen-holding skills and to practice hand-wrist exercises. The invention relates to the technical field of porcelain-based training apparatus. It is particularly suitable for 5-year-olds learning to hold a pen for the first time. ergonomically designed for the hand and wrist, enabling users to quickly acquire the correct grip position. It relates to a one-piece porcelain pen holder structure that conforms to its anatomy. State of the Art In current technology, products designed for practicing pen holding usually consist of a grip that goes over the pen. They are produced in parts and cannot be used independently of the pen. There are 10 available. Since the products do not have guide surfaces for individual finger rest, the fingers are short. It slips over time and the grip deteriorates. Most known products use the thumb and other fingers. There is no separating structure to prevent finger contact, which can lead to incorrect grip habits. This leads to the ankle becoming lodged. Furthermore, the absence of a sole that elevates and supports the ankle can also cause problems. Hands and wrists become tired during prolonged work. Current products allow visually impaired users to use the product for 15 days. a guidance system that allows recognition by touch, fixation to iron-based surfaces, rope It does not have both the features of being tied and ambidextrous. Purposes of the Invention The main purposes of the invention are as follows: • Users learning to hold a pen for the first time can quickly learn the correct grip position in 20 minutes. to help them win. • Correct grip by preventing the thumb from touching the other fingers thanks to the divider (2). To form a habit. • The divider (2) mimics the shape of a real pen thanks to the height of the front section. To facilitate the transition to using it. 25 • Thanks to the large cylinder (3), the middle cylinder (4) and the small cylinder (5), each finger can be operated separately. To ensure it stays in position and doesn't slip. • Palm ergonomics are ensured by the cylindrical structures rising at an angle to the vertical axis. adapt. 2 • Thanks to the curve (6), the middle finger, ring finger and little finger bend towards the palm. To establish a point of support. • By the thickening shape of the sole (1) structure towards the front, it supports and elevates the ankle and To reduce fatigue. • Thanks to Gedik (7), visually impaired users can recognize the product by touch and grip 5 To ensure its position is aligned. • By ensuring the thumb sits sideways thanks to the groove (8), it creates grip memory and To ensure the product remains in stock. • The product is symmetrical so that the divider (2) remains in the middle, making it suitable for both right and left hands. to make it usable. 10 • Thanks to the hole (9), the product can be tied to a string to prevent it from getting lost and can be hung up. to recognise. • Thanks to the magnet (10), the product can be fixed to iron-based surfaces and used without slipping. to ensure. • Thanks to the balance arm (11), the product is prevented from tipping backward, right or left during use. to obstruct. • Thanks to its rounded outer edges, it is a safe and comfortable grip that doesn't snag or tire the hand. to obtain a surface. • Thanks to its glazed porcelain structure, it offers a smooth, clean, and ergonomic user experience. • Thanks to its one-piece porcelain structure, a durable, long-lasting product suitable for mass production is obtained. 20 to do. Description of the Images Figure 1: Showing the side and top views of the invention. Figure 2: Shows the general appearance of the invention. Explanation of References in Figures 25 1: Base 2: Separator 3: The Big Cylinder 4: Middle Cylinder 3 5: Small Cylinder 6: Curve 7: Gedik 8: Hollow 9: Hole 5 10: Magnet 11: Balance Arm Detailed Description of the Invention General Characteristics of the Invention: The invention makes it easy for children and adults learning to hold a pen for the first time to adjust the pen holding position to 10. It is a grip training device designed to allow children to practice comfortably by holding the handle. The invention is based on hand ergonomics. and is shaped to conform to wrist anatomy, allowing for hand and wrist exercises. It is known. All structures except the magnet (10) are made of porcelain material and the outside The surfaces are coated with a glaze; this makes the product smooth, clean, and offers ergonomic use. The invention, It consists of integrated gripping structures rising on the base (1). User grip 15 in this position, place your thumb and index finger on either side of the divider (2) with your thumb and index finger pointing forward In grasping, the middle finger, ring finger, and little finger are bent towards the palm, forming a large cylinder. (3) rests on the medium cylinder (4), small cylinder (5) and curve (6) structures. Product separator (2) Since it is perfectly symmetrical in the middle, it can be used with both the right and left hands. It can be used. The divider (2) rises on the vertical axis, the large cylinder (3), the middle cylinder (4) and 20 The small cylinder (5) rises vertically, perpendicular to the disk shape which thickens forward on the base (1). It makes an angle of at least one degree with the axis. Base (1): The base (1) is the main support structure on which all the elements of the invention are fixed integrally. Base (1) consists of a nested large and a small disk space, and the small disk space is 25 on the user side. It does not complete the circle and is cut off from the exact center of the circle. The base (1) is this cut It thickens from the point towards the front of the invention; the user focuses on the small disk space. When you place your wrist, it rises and the hand is relaxed. The two disc areas are at the same height and If it is completely flat, fatigue will occur during long-term work due to the structure of the hand, and the sole (1) It solves this problem with its thickening form. Base (1) large disk structure from the exact center 30 The cylinder (3), middle cylinder (4), small cylinder (5) and curve (6) structures rise to the base (1) structure. Balance arm (11) structures are attached to the sides. All outer edges of the base (1) disc shape Because it is rounded, it does not catch on the hand and does not tire the hand. The base (1) is made of porcelain material. 4 It is produced, its outer surface is covered with glaze and a magnet (10) is embedded in its lower part. is being placed. Separator (2): The separator (2) is a rectangle that widens towards the front of the product, starting from the small cylinder (5) structure. It is a prism-shaped wall structure. The divider (2) starts from the tangent point to the outside of the small cylinder (5) and 5 It rises by extending towards the front of the product, cutting the invention in half, and in the invention It is the only structure that rises on the vertical axis. The back of the divider (2) structure is at least one centimeter higher than the front. It rises less, so that its upper surface takes on a shape that slopes backwards. The head of the separator (2) The front part, which is gripped by the thumb and index finger, is positioned higher, and this height... It was created to imitate the shape of a pen. Thanks to the divider (2), when the user holds the product, 10 The thumb and other fingers cannot touch each other, and the grip position is a habit. This is provided. The user, holding the divider (2) instead of the pen, can easily adapt to the pen holding position. It provides support, and the hand grip becomes established over time with long-term use. The outer surfaces of the divider (2) It is rounded so it is comfortable to hold and has a hole (9) structure on the divider (2). Large Cylinder (3): 15 The large cylinder (3) rises from the exact center of the large circle structure of the base (1) and has a diameter of at least ten millimeters. It is a cylindrical structure. The large cylinder (3) is at least one centimeter from the base (1) surface. It is rising and ends at the same top surface level as the middle cylinder (4) and the small cylinder (5). The large cylinder (3) does not rise on the vertical axis, the base (1) structure is formed by the small truncated circle. It starts as a disc shape that thickens towards the front, rises perpendicularly to the vertical axis, and is at least 20 degrees away from the vertical axis. It forms a 10-degree angle; this ensures ergonomic conformity to the palm, ease of grip, and The practice position is being prepared. The index finger and middle finger are held together while holding the large cylinder (3). The grip angle is determined by ensuring that these two fingers fit snugly on the product and stay in place without slipping. It is fixed. The outer parts of the large cylinder (3) are rounded and have hollow structures (8) on both sides. It is located and the cylindrical structure is surrounded by a curved (6) structure. 25 Middle Cylinder (4): The middle cylinder (4) is adjacent to the large cylinder (3) and the base (1) is aligned with the large cylinder (3). It is a cylindrical structure that rises from its base. The diameter of the middle cylinder (4) is at least eight millimeters, Its height is at least one centimeter and is at the same top surface level as the large cylinder (3) and the small cylinder (5). It ends. The middle cylinder (4) base (1) structure is perpendicular to the disc shape which thickens towards the front 30 It rises and makes an angle of at least one degree with the vertical axis. The middle cylinder (4) grip It sits between the middle and ring fingers during use, preventing these fingers from slipping. This ensures that they stay in place without slipping. At the junction of the middle cylinder (4) and the large cylinder (3) One of the junction elevation points of the curve (6) structure is located. Small Cylinder (5): The base (1) of the small cylinder (5) is adjacent to the middle cylinder (4) and in the same direction as the middle cylinder (4). It is a cylindrical structure that rises from its base. The diameter of the small cylinder (5) is at least six millimeters, 5 Its height is at least one centimeter and is at the same top surface level as the large cylinder (3) and the middle cylinder (4). ending, rising perpendicular to the thickening disk shape of the base (1) structure, at least with the vertical axis. It makes an angle of one degree. The small cylinder (5), the large cylinder (3) and the middle cylinder (4) have a similar function. It is seen and comes between the little finger and the ring finger, and during the grip of these two fingers... It creates grip memory in the user by ensuring that it stays in place without slipping. The small cylinder (5) rising 10 Its structure is separated from the base (1) structure by the gap (7) structure, the small cylinder (5) is adjacent to the middle cylinder (4). Therefore, it is carried by virtue of this adjacency and remains suspended above the gap (7). The junction elevation of the curve (6) structure at the junction point of the small cylinder (5) with the middle cylinder (4) One of the points is located there. Curve (6): 15 The arch (6) rises by narrowing with three oval lines starting from the base (1) structure, finger rest and It is a stopping structure and a three-layered inclined channel structure that wraps around the large cylinder (3). Curve (6) Each layer of its structure starts from the base (1) structure and wraps around the large cylinder (3), The layers narrow as they rise, and their overall shape resembles the rise of a volcano. (Curve) (6) There are two junction elevation points between the three layers of the structure and these points are cylinder 20 It corresponds to two junction points located between the structures; the first junction elevation point. The second junction point is the junction of the large cylinder (3) and the middle cylinder (4), and the second junction point is the middle cylinder. It coincides with the junction point of cylinder (4) and small cylinder (5) and the curve (6) at these points cylinder It intersects with their structures. The user should separate his thumb and index finger in the grip position (2) When placed, the middle finger, ring finger, and little finger are bent towards the palm. 25 and since there is no point for these fingers to rest on, the curve (6) structure gives these fingers It provides support. The tip of the middle finger is attached to the topmost layer of the curve (6) structure, and the layer below it. The tip of the ring finger rests on the innermost layer, and the tip of the little finger rests on the outermost layer, ensuring the product fits perfectly on the hand. It sits securely, stays in place without slipping, and maintains the correct grip position. Gedik (7): 30 Gedik (7) is designed so that visually impaired users can easily recognize the product by touching and feeling it. It is the finger insertion area. The gap (7) will separate the rising structure of the small cylinder (5) from the base (1) structure. 6 It forms a horizontal cylindrical void space cut lengthwise from the side, and this opening It passes horizontally through the vertical central axis of the small cylinder (5) and its diameter is the same as that of the small cylinder (5). The visually impaired user places his little finger into the gap (7) by feeling it and It easily aligns the grip position, allowing visually impaired users to easily adjust the grip position. It is made easy to remember by Gedik (7) also to use the product without looking at it 5 It can also be used for alignment purposes by users who wish to do so. Hollow (8): The groove (8) is located on either side of the large cylinder (3) and is the large form of the thumb coming from the side. It is an oval recess structure created for mounting on the cylinder (3). The recess (8) holds the memory and It improves ergonomics, and also allows the product to be used by lifting it into the air instead of placing it on the table. 10 If desired, it prevents the product from slipping during transport, ensuring it stays in hand. Hollow (8) It is designed for the thumb only and is located on either side of the large cylinder (3) The product is designed to fit the thumb comfortably in both right and left-handed use. Hole (9): Hole (9) is a gap located on the separator (2). The back side of the separator (2) structure is 15 more than the front side. It rises slightly and the hole (9) horizontally pierces the higher front section of the separator (2). Thanks to the hole (9), the product can be tied with a string, preventing it from getting lost and after use The product can be hung somewhere. Magnet (10): The magnet (10) is located on the vertical axis in the exact center of the large disk structure of the base (1) and base (1) 20 It is a circular disc-shaped structure designed to be embedded and attached to the bottom of the magnet (10) The only element in the invention that is not made of porcelain material is the magnet (10) and the product is iron based They can be fixed to surfaces and used without slipping. Balance Arm (11): The balance arm (11) is located symmetrically on both sides of the product, parallel to the lower surface of the base (1) structure 25 The structures are those that extend to the two sides of the base (1). The balance arm (11) structures are in the form of a rectangular prism. and thinner than the thickest point of the base (1) structure, flat extending to the sides and gripping the ground These are structures. At the ends of the balance arm (11) structures, on the back of the product, that is, on the wrist of the user There are circular disc-shaped end sections that protrude towards the side where it is located. Balance arm (11) Its disc-shaped structure and ground-gripping ends allow the product to move 30 degrees backward, to the right, and to the left during use. It prevents it from tipping over. 7 How the invention can be applied to industry. The invention can be mass-produced using porcelain manufacturing methods. The product Since it can be produced by one-piece molding method except for the magnet (10), the production time is shortened and cost advantage is achieved by embedding the magnet (10) into the bottom section of the base (1) after production. It is glued together. The symmetrical structure of the product simplifies mold design and reduces the production start-up time by 5 shortens production efficiency because the coating of the outer surfaces with glaze can be done in a single process. It increases. The invention is suitable for home, school, nursery, kindergarten, special education institution, rehabilitation center, occupational therapy. It can be used in the retail and stationery sectors and appeals to different user groups. It has high commercial potential.

Claims

8 REQUESTS 1. The invention is a pen holder that enables hand and wrist exercises through pen-holding practice. Its characteristic is; • Consisting of a large and a small disk space nested within each other, the small disk space is on the user side. A circle cut right down the middle, thickening from this cut point towards the front of the product, 5 from the exact center of the large disc structure, the large cylinder (3), the middle cylinder (4), the small cylinder (5) and curve (6) structures rising, balance arm (11) structures attached to their sides, outer edges It has a rounded base (1) with a magnet (10) embedded in its lower part, • starting from the tangent point to the outside of the small cylinder (5) and expanding towards the front of the product, the invention a vertically rising axis that cuts in half, with the back side at least one centimeter wider than the front. rising a few centimeters less, with the upper surface sloping backwards, the thumb and other a rectangular prism-shaped wall with rounded outer surfaces that prevents finger contact having a separator (2) in the form of, • rising from the exact center of the base (1) large circle structure, with a diameter of at least ten millimeters and The middle cylinder (4) and the small cylinder (5) have the same top surface, with a height of at least one centimeter. ending at the level of the base (1) structure, rising vertically perpendicular to the thickening disc shape. the outer finger, located between the index and middle fingers, making an angle of at least one degree with the axis. rounded parts, with hollow (8) structures on both sides and surrounded by a curved (6) structure having one large cylinder (3) that is spirally shaped, • a structure rising from the base (1) adjacent to the large cylinder (3) and in the same direction, with a diameter of at least eight 20 The large cylinder (3) and the small cylinder (5) are the same, with a height of at least one centimeter and a diameter of millimeters. ending at the top surface, making an angle of at least one degree with the vertical axis, with the middle finger a curved (6) structure at the junction of the large cylinder (3) that sits between the ring finger It has a central cylinder (4) with a cylindrical shape located at the junction elevation point, • a structure adjacent to the middle cylinder (4) and rising in the same direction from the base (1) structure, with a diameter of at least six 25 with a large cylinder (3) and a medium cylinder (4) with a height of at least one centimeter and a diameter of millimeters. the little finger ending at the same top surface level, making an angle of at least one degree with the vertical axis The rising structure between the ring finger and the gap (7) separates it from the base (1) structure and Suspended above the gap (7) thanks to its proximity to the middle cylinder (4), the middle Cylinder 30, which has a junction elevation point of the curve (6) structure at the junction point with cylinder (4). having a small cylinder (5) in shape, 9 • starting from the base (1) structure, narrowing and rising with three oval lines, around the large cylinder (3) It is in the form of a three-layered inclined channel that winds around, with a large cylinder (3) between its three layers. the middle cylinder (4) and the junction of the middle cylinder (4) and the small cylinder (5) arriving and having two junction elevation points that intersect with cylindrical structures, the uppermost one middle finger tip to the first layer, ring finger tip to the layer below that, 5th layer to the bottommost layer It has a curve (6) where the tip of the little finger sits, • sideways and longitudinally, separating the rising structure of the small cylinder (5) from the base (1) structure paint cutting, small cylinder (5) passing horizontally through the vertical central axis of the small cylinder, small diameter cylinder (5) is the same as, the product is recognized by touch by placing the little finger and a 10 in the form of a horizontal cylindrical cavity that provides alignment of the holding position having a gap (7), • located on either side of the large cylinder (3), thumb on the side of the large cylinder (3) It has two grooves (8) in the form of an oval indentation that allows it to sit, • located on the divider (2), horizontally piercing the higher front section of the divider (2), one hole in the form of a gap that allows the product to be tied and hung with a rope (9) 15 having, • located on the vertical axis in the exact center of the large disk structure of the base (1), below the base (1) structure The circular disc, embedded and attached, enables the product to be fixed to iron-based surfaces. having a shaped magnet (10), • located symmetrically on both sides of the product, parallel to the bottom surface of the base (1) structure 20 Extending on both sides of the base (1), in the shape of a rectangular prism and flat, at its ends circular, disc-shaped end sections that protrude towards the user's wrist It has two balance arms (11), It is a pen holder characterized by having all of these features in one device.

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