Dance training device

• US 6,116,908 A
• Filed: 03/05/1999
• Issued: 09/12/2000
• Est. Priority Date: 03/09/1998
• Status: Expired due to Fees

• Current Assignee: Gunzo Takai
• Original Assignee: Gunzo Takai
• Inventors: Takai, Gunzo
• Primary Examiner(s): Rimell, Sam
• Application Number:
  US09/263,613
• Time in Patent Office: 557 Days
• Field of Search: 434/250, 434/297, 434/255, 434/256
• US Class Current: 434/250
• CPC Class Codes: A63B 2244/22 Dancing
• CPC Class Codes: A63B 69/00 Training appliances or apparatus for special sports training of parachutists B64D23/00
• CPC Class Codes: G09B 19/003 Repetitive work cycles; Sequence of movements

Abstract

A device is provided which permits the user to learn to dance without substantial need to concentrate on understanding the order of foot positions from a complex diagram, but rather by immediately understanding the foot positions, thus permitting the user to focus his/her concentration on learning the foot positions and resulting in efficient dance instruction. The device includes a progress controller 1 formed as a microprocessor or the like, a display such as a liquid crystal display, a mode setter 2 constructed as a track pad and also icons, buttons and a list displayed on the screen of the display 6. The hardware of the device can be embodied as a light-weight notebook-type personal computer of about A5-type. The progress controller 1 reads foot position data of a figure selected by a figure selection switch c of the mode setter 2 from a figure memory M2, reads a foot position pattern represented by the foot position data from the foot position memory M1, and supplies the foot position data to the display 6 for display on the display screen. Also, the progress controller 1 reads a still or moving image of a dance from a still or moving image memory M4 and M5 and displays the data in superimposition over the foot positions.

Claims

1. A dance instruction device comprising:

a progress controller including a microprocessor and a memory for inputting and outputting data from and to the microprocessor for controlling dance instruction;

a display constituted by a liquid crystal display screen for displaying foot position data supplied from the progress controller;

a mode setter including means for indicating a plurality of dance instruction selection options, means for generating a pointer for indicating a selection, and manual input means for manually inputting an indicated selection; and

a dance data memory constituted by a semiconductor memory for storing data of foot positions or figure data to be displayed for dance instruction on the screen or data for generating information to be displayed on the screen in the progress controller, wherein

the progress controller reads data from the dance data memory according to a dance instruction mode set in the mode setter, and supplies the data read from the dance data memory or the information generated from the data read from the dance data memory to the display.

2. The dance instruction device according to claim 1, wherein:

the mode setter includes a man/woman selection means for selecting data of either a man or a woman partner to be displayed on the display; and

data of the man and woman partners are stored in the dance data memory.

3. The dance instruction device according to claim 2, wherein the man/woman selection means includes a first secondary selection path for selecting data of either the man or woman partner to be displayed on the display and a second secondary selection path for displaying the data of both the man and woman partners.

4. The dance instruction device according to claim 1, wherein:

the mode setter includes a dance type selection means for selecting a dance type and figure selection means for selecting figures corresponding the selected dance type, each figure comprised of a series of steps;

the dance data memory includes a foot position memory for storing foot positions corresponding to the steps in each figure and a figure memory for storing the selected figures;

the foot positions include heel, ball, toe and flat patterns for the left and right feet and are stored in the foot position memory;

one or a plurality of figures are stored as foot position data for each dance type in the figure memory;

the foot position data includes a foot center for each step in each figure and a foot orientation with respect to a line of dance for each step of each figure; and

the progress controller reads foot position data for a figure selected by the figure selection means, distinguishes between the heel, ball, toe and flat patterns in each foot position, and supplies the foot position patterns according to the foot centers and the foot orientations to the display.

5. The dance instruction device according to claim 1, wherein:

the mode setter includes a routine selection means for selecting a routine corresponding to the selected dance type;

the dance data memory includes a routine memory area for storing the routine in the form of a trace to be followed by a trainee;

at least one routine is stored for each dance type in the routine memory; and

the progress controller executes the routine selected by the routine selecting means from the routine memory area and supplies the selected routine to the display.

6. The dance instruction device according to claim 4, wherein:

the progress controller reads from the figure memory, after a previous figure shown on the display has ended, a next selected figure suitable for following the ended figure for display on the display, and supplies, when the next suitable figure is displayed on the display, foot position data of the selected suitable figure to the display; and

when no next suitable figure has been selected by the figure selecting means, the progress controller reads from the figure memory a figure other than the ended figure which is suitable for following the ended figure for display.

7. The dance instruction device according to claim 4, wherein:

the dance data memory includes an image memory area for storing at least a still or moving image obtained by photographing dancing partners performing a dance maneuver according to a figure stored in the figure memory; and

the progress controller reads the figure from the figure memory and, in a timed relation to the display of the foot position data of the figure on the display, reads the image from the image memory area and supplies the read image to the display.

8. The dance instruction device according to claim 4, wherein:

the dance data memory includes a body orientation memory area for storing body orientation information of dancing partners performing a dance maneuver according to a figure stored in the figure memory; and

the progress controller reads, in a timed relation to a reading the figure from the figure memory and outputting the foot position data of the read figure, the body orientations from the body orientation memory area for being supplied to the display.

9. The dance instruction device according to claim 8, wherein:

the dance data memory includes a head position memory area in which head positions of dancing partners performing a dance maneuver according to a figure stored in the figure memory are stored in relation to the body orientations; and

the progress controller reads, in a timed relation to the reading of the figure from the figure memory and outputting the read figure to the display, the head positions from the head position memory area for being supplied to the display.

10. The dance instruction device according to claim 9, wherein:

the dance data memory includes a face orientation memory area in which orientations of the faces of dancing partners performing a dance maneuver according to a figure stored in the figure memory are stored in relation to the head positions; and

the progress controller reads, a timed relation to the reading of the figure from the figure memory and outputting the foot position data of the read figure to the display, the face orientations from the face orientation memory area for being supplied to the display.

11. The dance instruction device according to claim 4, further comprising a voice outputting unit which receives a voice signal from the progress controller and outputs the voice signal, wherein:

the dance data memory includes an instruction memory area, in which instructions to be given to a trainee are stored in correspondence to the figures stored in the figure memory; and

the progress controller reads, a timed relation to a reading of a figure from the figure memory and outputting the read figure to the display, a voice signal providing an instruction from the instruction memory area for being supplied to the voice output unit.

12. The dance instruction device according to claim 6, further comprising a user data memory, from which data can be read when desired according to the user'"'"'s instruction, wherein:

the progress controller causes a next selected figure selected by the figure selecting means to follow the ended figure, and also the ended figure to be stored automatically in at least the user data memory, and successively reads the ended figure and the next selected figure from the user data memory when desired according to the user'"'"'s instruction for supplying the read figures to the display.

13. The dance instruction device according to claim 4, further comprising a laser gyro for detecting an angle of the screen of the display with respect to a predetermined direction, wherein:

the progress controller adjusts the foot orientations of the foot position data according to the angle detected by the gyro, thereby generating adjusted foot positions according to the line of dance, and supplying the adjusted foot positions to the display.

14. The dance instruction device according to claim 4, further comprising a tempo setter for manually receiving a tempo corresponding to a speed of change of foot positions, wherein:

the mode setter includes an auto/manual stepping selecting means for selecting between an automatic stepping mode in which foot position data are automatically generated and outputted for each step at the speed corresponding to the tempo, and a manual mode in which foot position data is generated and outputted for each step whenever an instruction is manually given; and

the progress controller automatically generates and supplies foot position data for each step at the speed corresponding to the tempo when the automatic stepping mode has been selected by the auto/manual stepping selecting means, and generates and supplies foot position data for each step whenever an instruction is manually given when the manual stepping mode has been selected by the auto/manual stepping selecting means.