CN2484077Y - Hand-held Voice Rhythm Hula Hoop - Google Patents

Abstract

A hand held hula-hoop with speech rhythm is composed of a sensing unit in or outside the tube diameter of hula-hoop, an object in said tube diameter for moving in said tube diameter to generate a rotary signal, and a control circuit for receiving said rotary signal, counting, timing, averaging speed, calculating the heat consumed by user, setting up the match of more people, speech sound and music output. The utility model discloses can let the user know and master own amount of exercise at any time, the display element also can show how fast average speed at this moment, how much heat has been consumed.

Description

Hand-held Voice Rhythm Hula Hoop

The utility model relates to a speech rhythm hula hoop, in particular to a speech rhythm hula hoop which is suitable for shaking by hand.

Generally, the use of hula hoops is limited to abdominal exercise. For this hula hoop with a long history, it seems to be a fly in the ointment. Now the abdominal exercise is improved into upper body exercise, including arms, upper arms, chest and arms. To achieve the purpose of eliminating fat, however, the human body tends to get bored with mechanical exercise and give up exercise. Therefore, modern electronic technology is used to interact with users through visual and auditory interfaces.

Hula hoops are also often used in competitions to compete on who has the most number of hoops. Traditional hula hoops do not have the function of counting and have to be counted by people. Not only is it easy to make mistakes, but it is not fair.

Therefore, the utility model further improves the traditional hula hoop, so that the user can understand and grasp the amount of exercise of oneself at any time, as if there is a personal exercise trainer, reminding you from the side, how many circles and how much time are left, you can break the previous hula hoop. When you break the record, you will be congratulated and encouraged to create a better record. A display unit similar to a liquid crystal display will also display how fast the average speed is at the moment and how much heat is consumed. Let users not only exercise for exercise, but also compete with themselves and constantly surpass themselves, users can get a sense of accomplishment from it, and then achieve the effect of continuous exercise.

The purpose of the utility model is to provide a hula hoop, the user can shake the hula hoop the most or the fastest in the amusement or competition by holding the hula hoop, so as to achieve the entertainment effect and take into account the fairness and correctness.

Another object of the present invention is to provide a hula hoop, which has an object built into the diameter of the hula hoop tube. When the user's hand shakes the hula hoop approximately in a circle, the object will move within the diameter of the hula hoop. Circular motion, by detecting the circular motion of the object, thereby calculating the user's exercise amount.

The hand-held speech rhythm hula hoop described in the utility model is characterized in that: an induction unit is provided inside or outside the pipe diameter of the hula hoop, an object is arranged inside the pipe diameter, and the object passes through the pipe Make a circular motion within the diameter and then touch the sensing unit to generate a rotation signal, a control circuit is used to receive the rotation signal and to count, time, average speed, and a user's consumed heat ( KCAL) calculation output, multiplayer competition can be set, and voice and music output accompanying the circular motion of the object. The hand of the user shakes the hula hoop approximately in a circle, so that the object makes a circular motion in the pipe diameter.

The control circuit of the hand-held speech rhythm hula hoop is arranged on the hula hoop tube.

The control circuit of the hand-held voice rhythm hula hoop is set separately from the hula hoop.

In the hand-held speech rhythm hula hoop, the sensing unit includes a shrapnel and a conductive pad.

In the hand-held speech rhythm hula hoop, the sensing unit is a micro switch.

In the hand-held voice rhythm hula hoop, the sensing unit includes a shrapnel and an infrared diode emitting/photoelectric crystal receiving unit.

In the hand-held speech rhythm hula hoop, the sensing unit is a magnetic reed switch.

The said hand-held speech rhythm hula hoop, wherein the sensing unit includes a reed switch and a magnet, wherein the reed switch is arranged on the outer edge of the hula hoop diameter, and is arranged relative to the reed switch The direction of the hula hoop pipe diameter, the magnet is arranged on the outer edge of the hula hoop pipe diameter in this direction.

In the hand-held speech rhythm hula hoop, the induction unit includes a rod arm and a conductive rubber.

The hand-held speech rhythm hula hoop, wherein the control circuit includes:

A micro-processing unit is used to receive the rotation signal, and according to the setting of one or more switches, accumulate the continuous rotation time, times and calculate the calorie consumption, and control the output of voice, music and a display unit, and convert the aforementioned Various data are stored in a memory for comparison during the next exercise;

The one or more switches are used to set various data and functions, and send the set messages to the micro-processing unit;

The memory is used as the storage of cumulative data and best performance data, and is controlled by the micro-processing unit to store or extract data;

The display unit is to display the aforementioned various setting data or the best result data;

A voice circuit is controlled by the micro-processing unit to output a voice signal corresponding to the number of rotations to a speaker when the number of rotations accumulated by the micro-processing unit is at a predetermined value;

The loudspeaker is used as a sound unit for broadcasting music, reporting the number of rotations, etc.

The hand-held voice rhythm hula hoop, wherein the one or more switches at least include:

A display switch for selecting the types of output messages;

A record switch, used to select and output various record types;

A sound selection switch is used to select the type of output sound.

In the hand-held voice rhythm hula hoop, after the one or more switches are pressed for a predetermined time, they are temporarily converted to clear switches.

The hand-held speech rhythm hula hoop further includes a plurality of sliding aids, wherein the plurality of sliding aids are arranged on the inner edge of the hula hoop tube diameter.

In the said hand-held speech rhythm hula hoop, the control circuit further includes: a heartbeat pulse circuit unit connected to the micro-processing unit, which is connected to the user to measure the heartbeat pulse.

In the said hand-held voice rhythm hula hoop, the display unit is a liquid crystal display.

The utility model further improves the traditional hula hoop, and its advantage is to allow the user to understand and grasp the amount of exercise of oneself at any time, and the display unit similar to the liquid crystal display will also display how fast the average speed at the moment is, and how much heat is consumed, so that the user can People no longer just exercise for exercise, users can get a sense of accomplishment from it, and then achieve the effect of continuous exercise.

Figure 1 shows a schematic view of the appearance of the utility model.

FIG. 2 shows a schematic diagram of using a shrapnel and a conductive pad as a sensing unit.

Figure 3 shows a schematic diagram of using a micro switch as a sensing unit.

FIG. 4 shows a schematic diagram of using a shrapnel and an infrared diode emitting/photoelectric crystal receiving unit as a sensing unit.

FIG. 5 shows a schematic diagram of a first embodiment using a reed switch as a sensing unit.

FIG. 6 shows a schematic diagram of a second embodiment using a reed switch as a sensing unit.

FIG. 7 shows a schematic diagram of using a rod arm and a conductive rubber as a sensing unit.

Fig. 8 shows the circuit diagram of the utility model control circuit.

Fig. 9 shows a schematic diagram of a plurality of sliding aids arranged on the inner edge of the hula hoop tube along the section A-A.

In the figure, 10 hand-held voice rhythm hula hoop 10A control circuit 10B object 10C hula hoop tube 10D sliding bar 11, 12, 13 one or more switches 11 display switch 12 record switch 13 sound selection switch 15 display unit 16 Horn 17 Sensing unit 17a Conductive spacer 17b Shrapnel 17c Micro switch 17d Starting shrapnel 17f Infrared ray diode emitting/photoelectric crystal receiving unit 170e Shroud 170f Infrared ray emitting diode 170g Photoelectric crystal 17g Reed switch 17h Reed switch 17i Magnet 17j Conductive rubber 17k Lever arm 17e Shrapnel 18 Microprocessing unit 19 Memory 20 Voice circuit 21 Heartbeat pulse circuit unit 21a Comparator 21b Heartbeat detection ear clip

Below in conjunction with accompanying drawing, the utility model is described in detail:

Figure 1 shows a schematic view of the appearance of the utility model. The hand-held voice rhythm hula hoop 10 of Fig. 1, an object 10B is placed inside the diameter of its hula hoop tube 10C, wherein the object 10B can make a circular motion in the tube diameter and then touch the sensing unit 17 to produce a rotation signal. When the user operates the hula hoop of the present invention, the user can shake the hula hoop approximately in a circle with his hands, so that the object 10B can move in a circle within the pipe diameter. The control circuit 10A of the present utility model is used for receiving the rotation signal and for counting, timing, average speed, calorie consumption (KCAL) calculation output of the user according to the state of the circular motion of the object 10B, and can set multi-person competition, And the voice and music output accompanying the circular motion of the object.

FIG. 2 shows a schematic diagram of using a shrapnel and a conductive pad as a sensing unit. Cooperate with the object 10B of the induction unit 17 that includes the shrapnel 17b and the conductive pad 17a, you can use spherical objects similar to resin balls, plastic balls, steel balls, steel balls, and iron balls. When the spherical objects pass through the shrapnel 17b, the shrapnel 17b The displacement leaves the conductive washer 17a at the same time, and when the elastic piece 17b recovers, it is pressed against the conductive washer 17a, so that the elastic piece 17b and the conductive washer 17a are in an open or short circuit state, thereby generating the rotation signal.

Figure 3 shows a schematic diagram of using a micro switch as a sensing unit. Cooperate with the object 10B of microswitch 17c, it can use the spherical object similar as resin ball, plastic ball, steel ball, steel ball, iron ball, when this spherical object passes microswitch 17c, the starting shrapnel of microswitch 17c 17d will be displaced due to extrusion, so that the micro switch 17c is in a short-circuit state, and when the starting shrapnel 17d recovers, the micro switch 17c also returns to the initial state, thereby generating the rotation signal.

FIG. 4 shows a schematic diagram of using a shrapnel and an infrared diode emitting/photoelectric crystal receiving unit as a sensing unit. The object 10B that cooperates with the sensing unit 17 that includes the shrapnel 17e and the infrared diode emitter 170f/photoelectric crystal receiver 170g can use spherical objects similar to resin balls, plastic balls, steel balls, steel balls, and iron balls. When the spherical object passes through the shrapnel 17e, the shrapnel 17e will be displaced due to extrusion, so that the shroud 170e formed at the end area of the shrapnel 17e will block and open the light source to the infrared emitting diode 170f and the photoelectric crystal 170g. This generates a rotation signal.

FIG. 5 shows a schematic diagram of a first embodiment using a reed switch as a sensing unit. Along the A-A section, the reed switch 17g is arranged on the outer edge of the hula hoop tube 10C, and the object 10B that cooperates with the reed switch 17g can use a permanent magnetic object, such as a magnet sphere. When the permanent magnetic object is in the When passing through the reed switch 17g, it can act on the reed switch 17g, thereby generating the rotation signal.

FIG. 6 shows a schematic diagram of a second embodiment using a reed switch as a sensing unit. Shown along the A-A section, the reed switch 17h is arranged on the outer edge of the hula hoop tube 10C diameter, and relative to the direction in which the reed switch 17h hula hoop tube 10C tube diameter is set, the hula hoop tube 10C in this direction A magnet 17i is arranged on the outer edge of the pipe diameter, and the object 10B that cooperates with the reed switch 17h and the magnet 17i can use an object of magnetic conductor material, such as a steel ball, steel ball, iron ball, etc. When the object 10B passes through the magnet 17i, the entire The object 10B will temporarily become magnetic, and when passing the reed switch 17h, it can act on the reed switch 17h, thereby generating the rotation signal.

FIG. 7 shows a schematic diagram of using a rod arm and a conductive rubber as a sensing unit. Cooperate with the object 10B that includes the induction unit 17 of the lever arm 17k and the conductive rubber 17j, it can use a spherical object similar to a resin ball, a plastic ball, a steel ball, and a steel ball. When the spherical object passes through the lever arm 17k, the lever arm 17k It will be displaced due to extrusion, and the conductive rubber 17j will be dented, so that the conductive points in the conductive rubber 17j will contact the copper foil (not shown) on the printed circuit board (PCB), and a short circuit state will be achieved. When the lever arm 17k returns to its original state, the conductive rubber 17j returns to its original state, and the copper foil on the printed circuit board reaches an open circuit state, thereby generating the rotation signal.

Fig. 8 shows the circuit diagram of the utility model control circuit. The control circuit 10A includes: a micro-processing unit 18 is used to receive the rotation signal, and according to the settings of one or more switches 11, 12, 13, accumulate the continuous rotation time, the number of times and calculate the calorie consumption, and control the voice, The output of music and display unit 15, and the above-mentioned various data are stored in memory 19, compare 11,12,13 when doing next time motion is to do various data, the setting of function, and after setting The message sent to the micro-processing unit 18; the memory 19 is used as the storage of cumulative data and the best performance data, and is controlled by the micro-processing unit 18 to store or extract data; the display unit 15 is to display the aforementioned various setting data or the most Good result data; the voice circuit 20 is based on the cumulative number of rotations of the micro-processing unit 18 when the predetermined value is controlled by the micro-processing unit 18 to output a voice signal relative to the number of rotations to the speaker 16, and the speaker 16 is for music broadcasting and reporting. Sounding units such as times. The display unit 15 can be implemented using a liquid crystal display (LCD).

One or more switches 11, 12, 13 at least include: a display switch 11 for selecting the types of output messages; a record switch 12 for selecting the types of output records; a sound selection switch 13 for selecting to select the type of output sound.

Each output message type includes at least the following specific examples:

a. Simultaneously display the number of times the object is shaken in the hula hoop, the time, the average speed, the number of heartbeats and the calories consumed by the user.

b. The display unit 15 can simultaneously display the numbers with the most laps in the array, which can be used by multiple people for game competition, and the one with the most laps within a certain period of time wins. In this mode, the control circuit 10A will ask through the display unit 15 information such as "How many people are participating?", "Please press the voice selection switch to select people to teach" and other messages. Press the voice selection switch to change the number of people, and then press it again to display Switch 11, you can start the game.

c. Only display the number of times the object is shaken in the hula hoop.

d. Only display the time when the object is shaken in the hula hoop.

e. Only the average speed at which the object is shaken in the hula hoop is displayed.

f. Only display the calories consumed by the user.

g. Only display the user's heartbeat.

Each record type includes at least the following specific examples:

a. Simultaneously display the maximum number of circles, the longest time, the fastest average speed and the fastest heartbeat of the object being shaken in the hula hoop.

b. Simultaneously display the accumulative number of times the object is shaken in the hula hoop, the accumulative time, and the accumulative calorie consumption.

The types of output sound include at least the following specific examples:

a. Use voice to announce the number of circles that the object is shaken in the hula hoop tube, for example: 5 circles, 10 circles, 15 circles...; and when there are 50 circles left from the highest number of circles, it will start to teach the countdown circle with voice, and increase some The atmosphere is tense, and after breaking the record, I will also congratulate you with voice! At the same time, add interesting voices according to the speed from time to time; such as: "hey-man, it's too slow!"... Wait, the voice will remind you "your heart" at any time after exceeding the fastest heartbeat... Wait, add some interesting voices Effect.

b. Use voice to announce the time that the object is continuously shaken in the hula hoop tube, for example: 15 seconds, 30 seconds, 45 seconds, 1 minute...; and when there is 1 minute left before the longest time, it will start counting down the time with voice, Add some tension, congratulate you with the same voice after breaking the record, and add interesting voices from time to time according to the speed; for example: "hey-man, it's too slow!"... Wait, after exceeding the fastest heartbeat The voice will remind you "your heart" at any time... Wait, add some interesting effects.

c. You can choose beautiful music to play as the object is continuously shaken in the hula hoop tube.

d. Only the voice announces the number of circles the object is shaken in the hula hoop tube, for example: 5 circles, 10 circles, 15 circles..., and when there are 50 circles left from the highest circle, it will start counting down the number of circles with voice and increase some There is a tense atmosphere. After breaking the record, congratulations will also be given by voice. After the fastest heartbeat is exceeded, the voice will remind you "your heart" at any time...etc.

e. Only voice broadcasts the time when the object is continuously shaken in the hula hoop tube, such as: 15 seconds, 30 seconds, 45 seconds, 1 minute..., and when there is 1 minute left from the longest time, it will start to count down the time by voice Some tense atmosphere, congratulations with voice after breaking the record, voice will remind you "your heart" at any time after exceeding the fastest heartbeat... and so on.

f. Turn off the horn, there is no sound at all.

If one or more of the above switches 11, 12, 13 are further pressed for a predetermined time, for example after a few seconds, one or more of the switches 11, 12, 13 can be temporarily converted to a clear switch for To clear corresponding data or information, for example, after pressing the display switch 11 and the record switch 12 simultaneously for the predetermined time, the two display switches 11 and the record switch 12 are temporarily converted into clear switches, and all contents of the two switches are reset to zero. As another example, for each of the above-mentioned specific examples, the data of the item can be automatically reset to zero after the corresponding switch is pressed for the predetermined time. After the clearing action of temporarily switching to the clearing switch is completed, the function of the original switch is restored immediately.

The hand-held speech rhythm hula hoop of the present utility model further includes a plurality of sliding aids 10D, wherein the plurality of sliding aids 10D are arranged on the inner edge of the hula hoop tube 10C diameter, as shown in Fig. 9 along the section A-A, A schematic diagram of a plurality of sliding aids arranged on the inner edge of the hula hoop tube diameter.

In the hand-held speech rhythm hula hoop of the present invention, the control circuit 10A further includes: a heartbeat pulse circuit unit 21 connected to the micro-processing unit 18, which is connected to the user to measure the heartbeat pulse. The heartbeat pulse circuit unit 21 is composed of a comparator 21a and a heartbeat detection ear clip 21b, wherein the heartbeat detection ear clip 21b can be composed of at least one pair of infrared emitting/receiving diodes (not shown in the figure), When the heartbeat detection ear clip 21b is clamped on the user's ear, the color change caused by the blood flow in the ear causes the pair of infrared emitting/receiving diodes to produce a signal change. According to this, the heartbeat pulse circuit unit 21 measures the heartbeat pulse, and then reaches the hand-held speech rhythm hula hoop machine of the present utility model, which can help users understand their own heartbeat conditions, monitor their physical conditions at any time, and avoid excessive exercise. .

The above is a detailed description of the utility model, but the above description is only a preferred embodiment of the utility model, and cannot limit the protection scope of the utility model.

Claims (14)

1. hand held phonetic-rhythm hula hoop, it is characterized in that: this hula hoop pipe caliber is interior or outer, be provided with a sensing unit, being provided with one in this caliber makes circular motion and then touches this sensing unit to produce the object of a rotation signal in this caliber, this hula hoop pipe also is provided with one in order to receive this rotation signal and to export, can set the voice that many people compete and follow this object circular motion, the control circuit of music output in order to the heat Calculation of doing counting, timing, average speed, user's consumption according to the state of this object circular motion.

2. hand held phonetic-rhythm hula hoop as claimed in claim 1 is characterized in that: wherein this control circuit is to be arranged on this hula hoop pipe.

3. hand held phonetic-rhythm hula hoop as claimed in claim 1 is characterized in that: wherein this control circuit is to be the setting that separates with this hula hoop.

4. hand held phonetic-rhythm hula hoop as claimed in claim 1 is characterized in that: wherein this sensing unit is to comprise a shell fragment and a conductive spacer.

5. hand held phonetic-rhythm hula hoop as claimed in claim 1 is characterized in that: wherein this sensing unit is a microswitch.

6. hand held phonetic-rhythm hula hoop as claimed in claim 1 is characterized in that: wherein this sensing unit is to comprise a shell fragment and an infrared LEDs emission/photoelectric crystal receiving element.

7. hand held phonetic-rhythm hula hoop as claimed in claim 1 is characterized in that: wherein this sensing unit is to be a magnetic reed switch.

8. hand held phonetic-rhythm hula hoop as claimed in claim 1, it is characterized in that: wherein this sensing unit comprises a magnetic reed switch and a magnet, wherein this magnetic reed switch is arranged at this hula hoop caliber outer rim, and in the direction with respect to the hula hoop pipe caliber that this magnetic reed switch is set, the hula hoop caliber outer rim on this direction is provided with this magnet.

9. hand held phonetic-rhythm hula hoop as claimed in claim 1 is characterized in that: wherein this sensing unit is to comprise a lever arm and a conductive rubber.

10. hand held phonetic-rhythm hula hoop as claimed in claim 1 is characterized in that: wherein this control circuit includes:

One microprocessing unit, be in order to receive this rotation signal, and the setting accumulative total of the one or more switch of foundation continues rotation time, number of times and calculates heat exhaustion, and the output of control voice, music and a display unit, and with aforementioned various data storage in a memory body, to do the comparison in when motion next time;

Described one or more switch is the setting of making various data, function, and the message after will setting is sent to and recognizes microprocessing unit;

Described memory body is the storage as accumulative total data, maximum performance data, and stored data or the extraction data by microprocessing unit control;

Described display unit is in order to show aforementioned various set data or maximum performance data;

One sound circuit, be the number of revolutions that adds up according to this microprocessing unit when predetermined value, be subjected to speech sound signal to loudspeaker of this microprocessing unit control output with respect to number of revolutions;

Described loudspeaker are phonation units of broadcasting, put forward newspaper number of revolutions etc. as music.

11. hand held phonetic-rhythm hula hoop as claimed in claim 10 is characterized in that: wherein this one or more switch includes at least:

One display switch is in order to select every output message kind;

One record switch is in order to select the every record kind of output;

One sound selector switch is in order to select the kind of output sound.

12. hand held phonetic-rhythm hula hoop as claimed in claim 1 is characterized in that: it further comprises a plurality of draw runners that help, and wherein these a plurality of draw runners that help are arranged at this hula hoop pipe caliber inner edge.

13. hand held phonetic-rhythm hula hoop as claimed in claim 10 is characterized in that: wherein this control circuit further comprises: a heartbeat impulse circuit unit that is connected in this microprocessing unit, it is connected in this user in order to measure the heartbeat pulse.

14. want 10 described hand held phonetic-rhythm hula hoops as right, it is characterized in that: wherein this display unit is a LCD.

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