INSTRUCTIONAL HUMANOID ROBOT APPARATUS AND A METHOD THEREOF

• US 20140039675A1
• Filed: 08/03/2012
• Published: 02/06/2014
• Est. Priority Date: 08/03/2012
• Status: Abandoned Application

• Current Assignee: Nimer Mohammed Ead
• Original Assignee: Nimer Mohammed Ead
• Inventors: Ead, Nimer Mohammed
• Application Number:
  US13/566,970
• Publication Number:
  US 20140039675A1
• Time in Patent Office: Days
• US Class Current: 700/245
• CPC Class Codes: G06N 3/008 based on physical entities controlled by simulated intelligence so as to replicate intelligent life forms, e.g. based on robots replicating pets or humans in their appearance or behaviour
• CPC Class Codes: G09B 19/003 Repetitive work cycles; Sequence of movements

Abstract

The present invention relates generally to an instructional humanoid robot. More particularly, the invention encompasses an apparatus and a method for having an instructional robot which is capable of physically and instructionally demonstrating the correct manner of performing the Islamic prayer and similar other Islamic or Muslim teachings. The instructional humanoid robot can also be programmed to perform any teaching or instructions as desired by the user or an operator. The instructional humanoid robot can also be preprogrammed to perform certain functions via the aid of a computer or similar device. The instructional humanoid robot can also be interactive via instructions and information accessed from a library, databank or similar other program storage device.

Claims

1. An instructional humanoid robot for teaching and performing a set of instructions, comprises:

(a) a humanoid body, comprising a torso having a right leg, a left leg, a right arm, a left arm secured thereto, and a head connected to said torso via a neck;

(b) at least one first means in said head to move said head laterally from a first position to a second position, wherein said first position and said second position are approximately 180 degrees from each other, at least one second means in said head to move said head vertically from a third position to a fourth position so as to form a nodding movement;

(c) at least one means in said torso to connect to said right arm, so as to provide humanoid-type movement to said right arm;

(d) at least one means in said torso to connect to said left arm, so as to provide humanoid-type movement to said left arm;

(e) at least one means in said torso to connect to said right leg, so as to provide humanoid-type movement to said right leg;

(f) at least one means in said torso to connect to said left leg, so as to provide humanoid-type movement to said left leg;

(g) at least one means secured to a right foot of said right leg so as to provide human-like pivoting movement to said right foot;

(h) at least one means secured to a left foot of said left leg so as to provide human-like pivoting movement to said left foot; and

(i) at least one means in said torso to move components connected to said torso in human-like positions, and thereby forming said instructional humanoid robot, for teaching and performing a set of instructions.

2. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said right arm and said left arm having at least one means to move said right arm and said left arm from a first position to a second position, and wherein said first position is adjacent said right leg, and said left leg, while said second position is adjacent a front and center area of said torso.

3. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said right arm and said left arm having at least one means to move said right arm and said left arm from a first position to a second position, and wherein said first position is adjacent said right leg, and said left leg, while said second position is adjacent a right side and left side portion of said head.

4. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein after step (i) when said head has moved from an upright position to a human-like bowing position, said right hand has at least one means to move and position itself around a right knee cap of said right leg, and said left hand has at least one means to move and position itself around a left knee cap of said left leg.

5. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said instructional humanoid robot has at least one means to move said instructional humanoid robot from a vertical erect position to a prostrating position, such that a right knee cap of said right leg is on said base, said left knee cap of said left leg is on said base, a right hand of said right arm is on said base, a left hand of said left arm is on said base, and a forehead of said head is on said base.

6. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said instructional humanoid robot has at least one means to move said instructional humanoid robot from a prostrating position to a vertical sitting position, such that a front portion of said right leg is on said base, a front portion of said left leg is on said base, a right hand of said right arm is on a portion of a right thigh of said right leg, and a left hand of said left arm is on a portion of a left thigh of said left leg.

7. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said instructional humanoid robot has at least one means to move said instructional humanoid robot from a prostrating position to a vertical sitting position, such that a front portion of said right leg is on said base, a front portion of said left leg is on said base, a right hand of said right arm is on a portion of a right thigh of said right leg, a left hand of said left arm is on a portion of a left thigh of said left leg, and wherein at least one finger in said right hand or left hand has means to provide human-like pivotal movement to said at least one finger.

8. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said instructional humanoid robot vocalizes a set of instructions during predetermined physical movements of said right arm, said left arm, said right leg, said left leg, said head, said torso, and any combination of any component of said humanoid robot.

9. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said set of instructions are selected from a group consisting of correct manner of performing the Islamic prayer, Hanafi prayer, Shafi'"'"'i prayer, Maliki prayer, Hunbali prayer, Shia Islamic prayer, recitation of Holy Quran, recitation of Holy Bible, recitation of Holy Torah, scientific lecture, educative lecture, a set of instructions programed by a user, recitation programed and selected by a user, and a set of movements for said instructional humanoid robot programed and selected by a user.

10. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein at least one speaker is secured to said instructional humanoid robot, and wherein said speaker is used to announce said set of instructions.

11. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein at least one media screen is associated with said instructional humanoid robot, and wherein said media screen is used to display said set of instructions.

12. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said instructional humanoid robot further comprises at least one sensor to monitor and control movements of said instructional humanoid robot.

13. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said instructional humanoid robot further comprises a plurality of limiting switches to monitor and limit various movements of said instructional humanoid robot.

14. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said instructional humanoid robot further comprises at least one recording device to record and play said set of instructions.

15. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said instructional humanoid robot further comprises a voice recognition system to interact with at least one user.

16. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said instructional humanoid robot further comprises a timing device, wherein said timing device sends instructions to an electronic device in said instructional humanoid robot to perform preprogrammed set of instructions.

17. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said instructional humanoid robot further comprises at least one means to assist in positioning said instructional humanoid robot in the direction of Kaba, in Makkah, Saudi Arabia.

18. The instructional humanoid robot for teaching and performing a set of instructions of claim 1, wherein said instructional humanoid robot further comprises at least one device, and wherein said at least one device is selected from a group consisting of a USB port, a WiFi circuitry, a DVD player, a CD player, a LED bulb, a speaker, a receiver, a transmitter, a primary display screen, and a secondary display screen.

19. A method for teaching and performing a set of instructions using an instructional humanoid robot comprising:

(a) at least one means for instructing said humanoid robot to raise both arms from a first position to a second position while said humanoid robot is in a standing position, wherein in said first position said arms are along a side of said humanoid robot, and wherein in said second position each hand of said arm are substantially adjacent to a corresponding ear for each hand of said arms;

(b) at least one means to move said arms from said second position to a third position, wherein said third position is over a chest area of said humanoid robot, such that a portion of a right hand is over a portion of a left hand;

(c) at least one means to move said hands from said third position back to said first position;

(d) at least one means to move said hands from said first position to a fourth position, wherein said fourth position allows the placement of said right hand onto a portion of a right knee, while said left hand is placed along a portion of a left knee, and forming a bowing posture;

(e) at least one means to move said hands from said fourth position back to said first position;

(f) at least one means to move said hands from said first position to a fifth position, wherein said fifth position places said humanoid robot from said standing position to a prostrating position on a ground, such that a portion of the face, said hand, said knees, and foot are all on the ground and substantially planer to said ground;

(g) at least one means to move said humanoid robot from said fifth position to a sixth position, wherein said sixth position allows said humanoid robot to be in a sitting position such that said foot and said knees are on the ground while a portion of the hips are resting on a portion of said foot, and the chest area is in a substantially erect position, and wherein said hands are over a corresponding thigh portion of said humanoid robot; and

(h) at least one means to move said humanoid robot from said sixth position back to said first position.

20. A program storage device readable by machine, tangibly embodying a program of instructions executable by the machine to perform method steps for an instructional humanoid robot for teaching and performing a set of instructions, the method steps comprising:

(a) at least one means for instructing said humanoid robot to raise both arms from a first position to a second position while said humanoid robot is in a standing position, wherein in said first position said arms are along a side of said humanoid robot, and wherein in said second position each hand of said arm are substantially adjacent to a corresponding ear for each hand of said arms;

(b) at least one means to move said arms from said second position to a third position, wherein said third position is over a chest area of said humanoid robot, such that a portion of a right hand is over a portion of a left hand;

(c) at least one means to move said hands from said third position back to said first position;

(d) at least one means to move said hands from said first position to a fourth position;

wherein said fourth position allows the placement of said right hand onto a portion of a right knee, while said left hand is placed along a portion of a left knee, and forming a bowing posture;

(e) at least one means to move said hands from said fourth position back to said first position;

(f) at least one means to move said hands from said first position to a fifth position, wherein said fifth position places said humanoid robot from said standing position to a prostrating position on a ground, such that a portion of the face, said hand, said knees, and foot are all on the ground and substantially planer to said ground;

(g) at least one means to move said humanoid robot from said fifth position to a sixth position, wherein said sixth position allows said humanoid robot to be in a sitting position such that said foot and said knees are on the ground while a portion of the hips are resting on a portion of said foot, and the chest area is in a substantially erect position, and wherein said hands are over a corresponding thigh portion of said humanoid robot; and

(h) at least one means to move said humanoid robot from said sixth position back to said first position.