JP3090045U - Voice and music providing device installed on exercise equipment - Google Patents

Abstract

(57) [Summary] [Problem] To provide a voice and music providing device installed on exercise equipment which can exercise happily and is highly practical. Kind Code: A1 In exercise equipment that repeatedly draws an arc shape around an axis, or moves back and forth or up and down, not only provides music, the number of movements, the display of calorie consumption, and the like by voice, but also the speed of the exerciser. An audio system that works with a sensor (sensor) 10 to control the music rhythm, etc., according to the level of power, and to display various words such as words of encouragement and booing prepared in the audio device. 2
0, the audio device 2 by the numerical microprocessor 21
4. These sounds are provided from the built-in music IC device via an output device, displayed on a display, and the setting conditions can be adjusted by a numerical control switch.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a sound and music providing device installed on exercise equipment, and in particular, is provided on different exercise equipment, and provides various music according to the exercise speed and the number of times of exercise so that the exercise can be enjoyed. Related to devices that notify the user of calorie expenditures and provide voices including encouragement voices.

[0002]

[Prior art]

 Devices that provide sound and music installed on exercise equipment with a known structure, such as small ones, can be used to notify the number of turns by voice or installed on hoop play equipment such as hula hoops to which music is provided. .

[0003]

[Problems to be solved by the invention]

 However, the above devices have a small display and are hard to see, and the switches are concentrated in a certain place, which makes it inconvenient to operate. It is only a simple thing, and there is not enough voice and music provided so that you can enjoy exercising. Also, every time it rotates, the touch-type sensor (sensor) installed on the hula hoop is not always touched. The use of a large number of electronic parts for the hula hoop, which is easily dropped into the ground, is a cause of failure, and the fact that hula hoops are not fundamentally suitable as exercise equipment for installing equipment for providing voice and music is also important. This is a point that must be considered. In view of the above-mentioned problems, there is provided a voice and music providing device installed in the exercise equipment of the present invention, which is capable of exercising happily and which is highly practical.

[0004]

[Means for Solving the Problems]

 In exercise equipment that repeatedly draws an arc around the axis, or moves up and down or up and down, it not only provides music, voice such as frequency and calorie consumption, but also matches the speed and strength of the exerciser. Mainly voice system and sensors that function to receive and transmit signals, for the purpose of controlling music rhythms, etc., and diversifying words prepared in voice devices with words of encouragement, booing, etc. An audio device consisting of the following is provided.

[0005]

[Embodiment]

 The present invention mainly includes a sensor 10 and an audio system 20. The signal of the sensor 10 is transmitted to the audio system 20 in response to the frequency of the operation by the user, and is transmitted to the axis 100 of the exercise equipment. At any position in the maximum swing width area A (or the annular area B formed by operating the connecting rod 200), the interlocking rod 200 is provided to obtain an accurate operation frequency (FIGS. 1 and 2). reference). The audio system 20 includes a numerical microprocessor 21, an output device 22, a built-in type music IC device 23, an audio device 24, a display 25, a numerical adjustment switch 26, and the like.

The numerical microprocessor 21 has a multifunctional reading control device. The main function of the numerical microprocessor 21 is that the music IC device 23 automatically selects music according to the numerical value received at regular intervals. In this way, music with a rhythm close to this is broadcast in accordance with the speed of movement of the exerciser. Also, during the exchange of music, the voice device 24 calls on the exerciser to take a rest or, depending on the frequency with which the numerical microprocessor 21 receives it, increases the speed (frequency) of the exerciser. Encourage them to praise them or, if they do, give them praise to improve the effect of the exercise. In addition, if the speed of the exercise is too fast, a setting may be made to encourage the user to slow down the speed of the exercise with music having a gentle rhythm, or the music may flow one bar each time the operation is detected by the sensor 10. By setting and using such that the score evaluation switch is turned on at the same time, the score may be displayed on the display 25 to train the user's sense of rhythm.

The output device 22 is a place where mainly the rhythm set by the music IC device 23 and the sound of the audio device 24 are output. The booing sound, the number of steps, the number of songs, etc. are recorded. The display 25 displays the previous exercise amount, the total exercise time and the number of steps up to the present, the score, the calorie consumption, and the like. The numerical adjustment switch 26 includes a music selection setting button, a time and exercise time display switch, a step count switch, a voice switch, a score evaluation device switch, and a reset switch for resetting all but time. With the above-described structure, the audio system 20 of the present invention allows the music to be selected and played according to the movement frequency of the exerciser, and the rhythm of the music emitted by the movement (touch) frequency of the directly exerciser. The selection and the timely flow of each sound of the sound device 24 allow the three persons of exercise, music, and entertainment to enjoy at the same time.

As shown in FIGS. 3 and 4, when the present invention is installed in the structure of a running machine 30, the running machine 30 includes the audio system 20 and the sensor 10, and the sensor 10 includes the running machine 30. The sensor 10 senses the frequency of exercise each time a runner steps on the belt 31. The audio system 20 is installed in the meter controller 32. Each time the sensor 10 detects a touch, it is transmitted to a numerical microprocessor 21 of the audio system 20 connected to one end and read or read. Or saved. When the numerical microprocessor 21 of the audio system 20 receives the signal transmitted by the sensor 10, the following procedure is executed according to the setting of the numerical adjustment switch 26. In other words, when the music rhythm is set to be selected according to the speed of the exerciser's exercise, the numerical value microprocessor 21 automatically adjusts according to the setting and the number of numerical values received within a certain period of time. The music IC device 23 selects a music, and music according to the speed of the runner is played from the output device 22. For example, the length of each song is set to about 5 minutes. When the number of steps is 70 to 100 steps / minute, the music has a slow tempo. When the number of steps is 100 to 130 steps / minute, the music has a normal tempo. When the number of steps is 130 to 160 steps / minute, the music is up-tempo, and it is assumed that some of the tunes are prepared to be played in order.

As shown in FIGS. 3, 5, and 6, it mainly includes a forward leaning support rod 41, a backward leaning support rod 42, a saddle support rod 43, a handle support rod 44, an interlocking rod 45, a shock absorber 46, and the like. When installed on the wooden horse exercise equipment 40, the interlocking rod 45 swings between the two rear tilt support rods 42 at the pivot point with the front tilt support rod 41, and the maximum amplitude of the rocking motion A sensor 10 is provided at an arbitrary position in the formed area to detect the frequency of the movement of the interlocking rod 45, that is, the frequency of the rocking horse swinging back and forth. Further, one end of the sensor 10 is connected to the numerical value microprocessor 21 of the audio system 20 at the bottom of the back tilting support rod 42, and the difference from the above-described embodiment in the audio system 20 is that the audio IC device 23 is used for recording. The difference is that the theme is a horse, such as the sound of a horse's neighing and hooves, and the music is attached to it. In other respects, as in the above-described embodiment, the music IC device 23 selects music according to the frequency of the movement of the interlocking bar 45, and if the speed is slow, the music or squeal that runs on the meadow is performed. It offers intense neighing with the intense music that matches it, creating an atmosphere as if you were riding a real horse. As described above, the audio device 24 is set so as to emit a number of words during the time when the music is played. For example, the user is encouraged to take a rest or to increase the speed, or to sum up the movements. Serving purposes such as communicating numbers. Also, depending on the setting, similar to the above-described embodiment, the music is played one bar each time the sensor 10 senses, so that the more the rhythm is correct, the higher the score is. To be able to. Of course, even when applied to other exercise equipment, for example, a cycling machine or a stepping stand for dancing or the like, it is very suitable to achieve the same purpose as described above.

As shown in FIGS. 3 and 7, when the present invention is installed in a punching force measuring device 50 mainly including a main support 51, a horizontal support 52, an elastic portion 53, a punch bag 54, etc. The above-mentioned sound system 20 is installed, and the sensor 10, the elastic portion 53 and the punch bag 54 are installed below the end of the horizontal support 52 provided above, and one end of the sensor 10 is provided with the sound Connect to system 20. When the punch bag 54 receives a punch, the upper elastic portion 53 causes vibration, and the sensor 10 detects the frequency of the vibration and transmits it to the audio system 20. 21 indicates the frequency of the vibration and the setting of various numerical adjustment switches 26, and the subsequent movement is executed. As in the above-described embodiment, different music depending on the frequency of the vibration is selected and played from the music IC device 23, and when the audio device 24 is turned on, the number of punches and the degree of punching are adjusted to each degree. The sensor 10 senses the instantaneous maximum swing width of the punch bag 54 by giving a pain, a voice calling for help, a mockery voice, or the like. And so on.

As shown in FIGS. 3 and 8, when the present invention is installed in a health walker 60 mainly including a main body 61, a controller 62, a flat base 63, etc., an audio system 20 is installed in the main body 61. A numerical control switch 26 is provided in the controller 62, which is provided above for easy viewing by the user, and communicates with the circuit of the sound system 20. In the flat base 63, the sensor is sensed by being stepped on a plurality of times. A sensor 10 is provided, and two plates are provided at the bottom of the sensor 10. An elastic portion such as a spring is sandwiched between the two plates. When not being stepped on, the two boards are separated, and while being stepped on, the two boards are in contact with each other, and are connected to the circuit of the audio system 20 by conducting wires, so that the two boards are connected. The voice system 20 adjusts each numerical value. In accordance with the setting of the switch 26, a subsequent operation such as playing music or sound is executed. In the shape of the plurality of sensors 10, projections of several different colors and shapes are formed, and are irregularly distributed on the flat base 63. In this way, for example, by continuing to search for protrusions of the same color, it may be set so that one song is played consistently.Specifically, the red protrusions are relatively sharp in shape The sole of the foot feels more stimulating when stepped on, the music played is also set to be active, and the green protrusion is relatively round, so the sole of the foot when stepped on The stimuli I feel are relatively mild, and the music played is also moderate. The voices recorded in the voice system 20 include words of encouragement, applause, boos and painful voices, as well as the number of steps and the number of songs, and these are prepared to be played. In this way, users can enjoy their physical health while having fun.

As shown in FIGS. 3 and 9, when the present invention is installed on an aerobics step platform 70, the shape of the step platform 70 has a zigzag shape and a sensor 10 is provided on the upper surface. Is installed. One end of the sensor 10 is connected to the numerical microprocessor 21 of the audio system 20 provided on one side of the step table 70, and the same function as described above is provided by sensing the frequency of steps of the exerciser.

As shown in FIGS. 3 and 10, when the present invention is installed on a waist-exercising equipment 80 mainly composed of a board 81, a handle 82, a display 83, a horizontal bar 84, a tread plate 85, etc. The sensor 10 is provided below the horizontal bar 84 at the rear of the substrate 81, and the sensor 10 senses the horizontal bar 84 swinging right and left. The audio system 20 is provided in a display 83, one end of the numerical microprocessor 21 is connected to the sensor 10 by a lead, and the left and right treads 85 of the horizontal bar 84 are moved left and right by one foot. In this case, the sensor 10 detects the movement of the horizontal bar 84 and the frequency of the operation received by the sensor 10 is determined by the numerical microprocessor. 21, the subsequent operation is executed by the setting of the audio system 20 and the respective numerical adjustment switches 26, and music and audio effects are provided in the same manner as in the above-described embodiment.

[0014]

[Effect of the invention]

 According to the present invention, the purpose of exercising happily by the response to the machine and the interactive (response) mode has been achieved, instead of the conventional technique of simply using exercise equipment to hardly train the body.

[Brief description of the drawings]

FIG. 1 is a diagram showing a state where a sensor is installed in a maximum swing width area.

FIG. 2 is a diagram showing a state where a sensor is installed in an annular area.

FIG. 3 is a block chart in the audio system.

FIG. 4 is a reference drawing of an embodiment installed on a running machine.

FIG. 5 is a reference view of the embodiment installed on the rocking horse exercise equipment.

FIG. 6 is a side view of FIG. 5;

FIG. 7 is a reference drawing of an embodiment installed on a punch force measuring device.

FIG. 8 is a reference drawing of an embodiment installed on a health walker.

FIG. 9 is a reference view of the embodiment installed on the aerobics step stand.

FIG. 10 is a reference view of the embodiment installed on the hip swing exercise equipment.

[Explanation of symbols]

 Reference Signs 100 Axis point 200 Interlocking rod A Zone B Zone 10 Sensor 20 Audio system 21 Numerical microprocessor 22 Output device 23 Music IC device 24 Audio device 25 Display 26 Numerical adjustment switch 30 Running machine 31 Belt 32 Meter controller 40 Rocking horse exercise equipment 41 Front tilt support rod 42 Rear tilt support rod 43 Saddle support rod 44 Handle support rod 45 Interlocking rod 46 Shock absorber 50 Punch force measuring device 51 Main support 52 Horizontal support 53 Elasticity section 54 Punch bag 60 Healthy walker 61 Main body 62 Controller 63 Flat stand 70 Aerobics step stand 80 Hip swing exercise equipment 81 Substrate 82 Handle 83 Display 84 Horizontal bar 85 Step board

────────────────────────────────────────────────── ─── Continued on front page (51) Int.Cl. ⁷ Identification code FI A63B 22/06 A63B 22/06 M 23/04 23/04 P 69/00 513 69/00 513D

Claims (5)

[Utility model registration claims] 1. An exercise area of a different exercise equipment, that is, at an arbitrary position within an arc or a fan-shaped operation area when the exercise equipment is operated in a circular or circular shape, and varies depending on the movement of a person who exercises. In order to provide music and voice, it has a sensor that senses the frequency of the user's operation and transmits the sensed frequency to the audio system, and the sensor detects the frequency to detect the exact operation frequency. The sound and music providing device installed in the exercise equipment, wherein the sound and the music are output to the connected sound system at the same time, and the system continues to operate according to the movement of the person exercising. 2. A running machine or a walking machine,
It can be used as a walker, cycling machine, or hips swinger, rocking horse, trampoline, boxing punch training equipment, etc., to rotate, move up and down, left and right, draw an ellipse or an arc, or use aerobics. 2. The voice and music providing apparatus according to claim 1, wherein the exercise equipment itself is installed on an immovable exercise equipment such as a step stand. 3. The sound system includes a numerical microprocessor, an output device, a built-in music IC device, a sound device,
2. The sound and music providing device installed in the exercise equipment according to claim 1, further comprising a display, a numerical adjustment switch, and the like. 4. The output device mainly transmits the music set in the music IC device, the sound of a voice device, and the like. The music IC device contains several types of music. The voice device records various words such as words of encouragement, applause, boos, steps and songs, and the display shows the previous total exercise time, current exercise time, accumulated steps, The time, score, calorie consumption, and other reference values are displayed. The above-mentioned numerical adjustment buttons are used for selecting the music selection button, time and exercise time display switch, step count switch, voice switch, score evaluation device switch, and all other than time display. The numerical microprocessor includes a numerical reset button and the like, and the numerical microprocessor according to the frequency of exercise within a certain period of time, the music of the rhythm close to the speed of the exerciser The numerical microprocessor further sets the interactive mode so that the rhythm changes in accordance with the movement of the exerciser, so that when the sensor receives the touch of the exerciser, the music flows in one bar. 4. The voice and music providing device installed in the exercise equipment according to claim 3, wherein the exerciser can control the music by maintaining or changing the speed of the exercise. 5. The numerical microprocessor turns on a score table device switch in an interactive mode and displays it on a display. Further, the number of steps of the exerciser matches the rhythm of music according to the type of score obtained. It is characterized in that the score is higher as each step matches the rhythm of the music, and conversely, the score is lower as the number of times the step does not match the rhythm increases. Claim 4
A sound and music providing device installed in the exercise equipment described in the above.