System and method that generates outputs
First Claim
1. A system that is operated by a user to produce outputs, the system including:
- a garment that is worn by the user having at least two sensors attached to the garment for sensing the biomechanical position of two different joints of the user'"'"'s body, each sensor being operated over two or more operating positions that each represent a different biomechanical position of the user, wherein the sensors are removably attached to the garment, thereby allowing the garment to be refreshed by washing or placed entirely as desired;
an electronic device that receives output signals from the sensors and has a display that displays i) graphically representations of the operating positions, ii) assignable outputs of the system, and the electronic device also producing the outputs of the system;
a transmitter that receives output signals from the sensors and wirelessly transmits the output signals to the electronic device;
an input device that can be operated to calibrate the system by assigning each graphical representation of each operating position to at least one of the outputs of the system, and assigning ranges of the output signals of each sensor to each of the graphical representations of the operating positions, and wherein the input device comprises a plurality of selectable buttons corresponding to the graphical representations of each operating position of the sensors, and operating the buttons allows the user to assign ranges of the output signals of each sensor to the graphical representations of the operating positions of the sensors, and allows the outputs of the system to be assigned to the graphical representations of the operating positions of at least one of the sensors from a range of possible outputs of the system displayed on the display;
a feedback means that communicates to the user the operating positions of the sensors by indicating on a display the graphical representation of the operating position for the output signal being received by the electronic at any one time, and the feedback means also communicates to the user information identifying which particular output of the system that has been assigned to each graphical representation of the operating positions; and
wherein a set of outputs can be reproduced by the user by repeating biomechanical movements of the joints for which the garment has sensors.
3 Assignments
0 Petitions
Accused Products
Abstract
The present invention relates to a system and method that generates outputs based on the operating position of a sensor which is determined by the biomechanical positions or gestures of individual operators. The system including a garment on which one or more than one sensor is removably attached and the sensors provide a signal based on the biomechanical position, movement, action or gestures of the person wearing the garment, a transmitter receiving signals from the sensors and sends signals to a computer that is calibrated to recognize the signals as representing particular positions that are assigned selected outputs. Suitably the outputs are audio outputs of an instrument, such as a guitar, and the outputs simulate the sound of a guitar that would be played when the biomechanical motion, action, gesture or position of the operator resembles those that would occur when an actual instrument is played.
25 Citations
46 Claims
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1. A system that is operated by a user to produce outputs, the system including:
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a garment that is worn by the user having at least two sensors attached to the garment for sensing the biomechanical position of two different joints of the user'"'"'s body, each sensor being operated over two or more operating positions that each represent a different biomechanical position of the user, wherein the sensors are removably attached to the garment, thereby allowing the garment to be refreshed by washing or placed entirely as desired; an electronic device that receives output signals from the sensors and has a display that displays i) graphically representations of the operating positions, ii) assignable outputs of the system, and the electronic device also producing the outputs of the system; a transmitter that receives output signals from the sensors and wirelessly transmits the output signals to the electronic device; an input device that can be operated to calibrate the system by assigning each graphical representation of each operating position to at least one of the outputs of the system, and assigning ranges of the output signals of each sensor to each of the graphical representations of the operating positions, and wherein the input device comprises a plurality of selectable buttons corresponding to the graphical representations of each operating position of the sensors, and operating the buttons allows the user to assign ranges of the output signals of each sensor to the graphical representations of the operating positions of the sensors, and allows the outputs of the system to be assigned to the graphical representations of the operating positions of at least one of the sensors from a range of possible outputs of the system displayed on the display; a feedback means that communicates to the user the operating positions of the sensors by indicating on a display the graphical representation of the operating position for the output signal being received by the electronic at any one time, and the feedback means also communicates to the user information identifying which particular output of the system that has been assigned to each graphical representation of the operating positions; and wherein a set of outputs can be reproduced by the user by repeating biomechanical movements of the joints for which the garment has sensors. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23)
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24. A method of operating a system including:
- a garment that is worn by a user having at least two sensors removably attached to the garment for sensing the biomechanical position of two different joints of a user'"'"'s body, each sensor being operated over two or more operating positions that each represent a different biomechanical position of the user;
an electronic device that has a display and comprises a plurality of selectable buttons corresponding to the graphical representations of each operating position of the sensors, the electronic device also producing the outputs of the system; and
an input device that can be operated to calibrate the system, the method including the steps of;a) transmitting output signals wirelessly from the sensors to the electronic device, wherein the sensors are adapted to transmit signals based on biomechanical movement and positions of the operator; b) displaying on the display i) graphical representations of two or more operating positions and ii) the outputs of the system that can be assigned to the graphical representations, c) assigning each graphical representation of the operating positions to at least one of the outputs of the system, wherein step b) includes operating buttons of the input device so as to assign outputs from the range of assignable outputs of the system to the graphical representations of the operating positions of at least on the sensors; d) assigning ranges of the output signals of each sensor to each of the graphical representations of the operating positions, wherein step c) includes operating buttons of the input device so as to assign ranges of the output signals of each sensor to the graphical representations of the operating positions of the sensors; e) communicating to the user the operating positions of the sensors by indicating on the display the graphical representation of the operating position for the output signal being received by the electronic device at any one point of time; f) communicating to the user information identifying which particular output of the system that has been assigned to each graphical representation of the operating positions, g) reproducing a set of outputs by the user repeating biomechanical movements of the joints for which the garment has sensors, and h) removing the sensors from the garment, thereby allowing the garment to be refreshed by washing or placed entirely as desired. - View Dependent Claims (25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46)
- a garment that is worn by a user having at least two sensors removably attached to the garment for sensing the biomechanical position of two different joints of a user'"'"'s body, each sensor being operated over two or more operating positions that each represent a different biomechanical position of the user;
Specification