TH15145Y - Remote-controlled robot car for children with cerebral palsy. - Google Patents

Abstract

Page 1 of 1. Summary of the Invention: The invention of a remote-controlled robotic vehicle for children with cerebral palsy aims to aid in physical rehabilitation related to sitting, balance, arms, and shoulders. It involves practicing sitting in an upright position with the body at approximately a 90-degree angle to the front of the thighs, the angle of the knee joint below the knee, and the ankle at approximately a 90-degree angle. Sitting in this relaxed posture, without tension in the torso, knees, ankles, and arms and shoulders, allows for the control of the robotic arms to raise and lower. With continued practice, this will help children with cerebral palsy use weakened limbs, improve shoulder and wrist function, reduce muscle contracture in the arms, and enhance their quality of life. It enables them to rehabilitate and live independently, participating in daily activities and not becoming a burden to society. Furthermore, it serves as a medium to stimulate and enhance learning processes and develop physical, mental, intellectual, and social skills. The remote-controlled robotic vehicle for children with cerebral palsy is an device constructed using cutting and assembling various wooden parts according to a specific design. The structure will be a remote-controlled robot car for children with cerebral palsy, made of wood and assembled from pieces of wood. The main base consists of two long pieces of wood and three wide pieces. Above this is a seat, and on the sides are attachments for the handlebars, consisting of two pieces of wood. At the front of the device is the handlebar assembly, with wooden wheels at the end that can be rotated by the child with cerebral palsy rocking the handlebars while using the device.

Claims (1)

Revised 06/02/2019 Page 1 of 1 page Claim 1. The remote control robot car for children with cerebral palsy consists of a main frame base (2) made of two pieces of long wood (3) and three pieces of short wood (4). Above that, on top, there is a seat (5) with a handlebar assembly (6) made of two pieces of wood attached to the side. Further in front of the device is the handlebar assembly (7), at the end of which there is a wooden wheel (8) attached, which can be rotated by the child with cerebral palsy rocking the handlebar assembly (7) while using the device. Its specific characteristics are that the main frame base (2) is made of two pieces of long wood (3) and three pieces of short wood (4). All the wood is then assembled into a rectangular shape, with the short wood (4) at the back of the device attached in a way that is placed across the main frame base (2), but there is another piece placed across the main frame base (2) attached at the position The middle of the long side of the wood (3) of the seat (5) has four rectangular cross-section wooden legs. The leg behind the seat (9), on the same side as the backrest (11), is longer than the leg in front of the seat (10), which has a hole drilled at one-third of the way down from the bottom. A rectangular wooden board is attached to the top of the leg behind the seat (9) to serve as the backrest (11). The seat (12) is made of six pieces of plywood attached together, with plywood (13) attached to the left and right sides. The top corners of the backrest (11) are cut into square notches for attaching the armrests (14), which are rectangular cross-section wooden pieces protruding from both the left and right sides. The handlebar assembly (6) is located in front of the seat (5) and is made of wood with a rectangular cross-section, attached to another piece of wood that is longer in width. The handlebar assembly (7), which is attached to the handlebar assembly (6), is made of two pieces of wood, held together by a piece of wood at the end and at the third-quarters position. The end of the wood at the front of the device has an octagonal piece of wood attached with a nut, which can be rotated by rocking the handlebar assembly (7) to bring the wheel (8) to the ground. On the other end of both the left and right sides of the device, there are wooden handles (15) attached. Attached in an L-shape to another piece of wood of the same size, further down from the handlebars (15) on both sides, are wooden handlebar bases (16). One end is attached to the handlebars (15), and the other end has a square wooden handlebar mounting base (17) for attaching the handlebar assembly (7). At the center of the handlebar base (16) there is a spring (18) attached between the handlebar base (16) and the bottom of the seat (12) so that the child can exert force to lift and lower the handlebar assembly (7). ---------------------------------------------------------------------------------------------------- Page 1 of 1 page Claims 1. The remote-controlled robot car for children with cerebral palsy consists of a main frame base (2) made of two long pieces of wood (3) and three short pieces of wood (4). Further down on top is a seat (5) with a wooden handlebar mounting base (6) made of two pieces of wood attached to the sides. Further forward The device is a hand-held cart (7) with a wooden wheel (8) attached to the end, which can be rotated by the child with cerebral palsy rocking the hand-held cart (7) while using the device. Its specific features are: the main frame base (2) is made of two pieces of long wood (3) about 60 centimeters long and three pieces of short wood (4) about 30 centimeters long. All the wood is then assembled into a rectangular shape, with the short wood (4) at the back of the device attached in a way that spans the top of the main frame base (2), but another piece is placed on top of the base at a position of 1/2 of the base length. The seat (5) has four legs made of rectangular cross-section wood. The leg behind the seat (9), which is on the same side as the backrest (11), is twice as long as the leg in front of the seat (10), and the leg in front of the seat (10) has a hole drilled in the position 1/3 measured from the bottom, the top part of the chair legs at the back of the seat (9) has a rectangular wooden board attached to it to serve as the backrest (11). The seat (12) is made of six pieces of plywood approximately 40 centimeters long, attached together, and has plywood boards (13) attached to the left and right sides. The top corners of the backrest (11) are cut into square notches for attaching the armrests (14), which are rectangular pieces of wood protruding from both the left and right sides. The handlebar mounting bracket (6) is located in front of the seat (5). It is made of wood with a rectangular cross-section, about 1 centimeter thick and about 10 centimeters long, and is attached to another piece of wood about 20 centimeters long in a way that the width is joined together. The handlebar assembly (7), which is attached to the handlebar mounting bracket (6), is made of wood, about 2 pieces, about 60 centimeters long, and is held together by a piece of wood about 40 centimeters long at the end and at positions 3-4. The end of the wood at the front of the device has a wooden wheel (8) which is an octagonal piece of wood with a diameter of about 15 and 10 centimeters and a width of about 2 centimeters, attached with a nut that can be rotated by rocking the handlebar (7) so that the wooden wheel (8) touches the ground. On the other end of both the left and right sides of the device, there are handles (15) attached, made of wood about 8 centimeters long, attached in an "L" shape to another piece of wood of the same size. Next, below the handlebars (15) on both sides, is a wooden handlebar base (16) about 15 centimeters long. One end is attached to the handlebars (15), and the other end has a square wooden handlebar mounting base (17) with sides about 2 centimeters long for securing the handlebar assembly (7). At the center of the handlebar base is a long spring (18) held between the handlebar base and the bottom of the seat (12) so that the child can exert force to lift and lower the handlebar assembly (7).