Novel playing type music making shoes

Abstract

The utility model relates to the technical field of shoes, and provides a novel playing type music making shoe which comprises a shoe sole and a mobile terminal, and an APP client side is arranged on the mobile terminal. The sole comprises an upper sole, a middle sole and a lower sole, a plurality of pressure sensors, a loudspeaker and a controller are embedded in the lower sole, a power supply unit for supplying power, a storage unit and a wireless transmission unit are arranged in the controller, a music beat library, a music library and standard music score libraries respectively corresponding to songs in the music library are arranged in the storage unit, and the wireless transmission unit is connected with the wireless transmission unit. The music racket further comprises an acceleration sensor, the acceleration sensor is embedded in the lower bottom and connected with the data end of the controller, and the acceleration sensor detects a plurality of actions corresponding to a plurality of beats in the music racket library respectively. According to the utility model, the problems that the existing playing type music making shoes are relatively single in arrangement during music making and cannot effectively perform combined music making of more different timbres are solved.

Description

Technical Field

[0001] The utility model relates to the technical field of shoes, in particular to a novel playable music-making shoe. Background Art

[0002] Shoes are an indispensable necessity in daily life. There are a wide variety of types on the market due to different functions and appearances. With the continuous improvement and development of functional shoes, people's pursuit of shoes is no longer satisfied with the comfort of wearing and foot protection, and the requirements for the entertainment, beauty and fun of shoes are getting higher and higher. At present, musical shoes are widely loved by consumers. Musical shoes usually have a pressure-triggered switch and a control circuit unit on the sole. The control circuit unit is provided with a storage unit storing music tracks. The pressure-triggered switch will be triggered during walking, and the control circuit will automatically play the music tracks when receiving the start signal, which is entertaining; in order to improve the aesthetics, the musical shoes are also set to use a transparent material sole, and a colored LED light group is laid in the sole. The control circuit unit controls the LED light group to flash in combination with music to achieve a gorgeous lighting effect. However, the aforementioned musical shoes are only started by simple stepping, and only the stored music is played, which has low controllability, lacks the creative fun of music, low game fun, and low practicality. For this purpose, our company has developed a playable music shoe (i.e., Chinese invention patent: CN202011388701.9, a playable music shoe), which includes a sole and a mobile terminal. Pressure sensors are respectively arranged at different positions of the sole. During use, the sole of the foot steps on the elastic plate of the upper playing hole, the square part of the elastic plate is deformed downward, and the striking column on the lower surface of the square part moves downward, overcoming the elastic force of the spring member, and the striking column sinks and presses down the corresponding pressure sensor. The pressure sensor is pressurized and transmits the pressure signal to the controller. The controller controls the conversion of the received pressure signal into the corresponding music beat. By continuously stepping on the elastic plate of the playing hole at different positions, that is, the pressure sensors at different positions are pressed, continuous different syllable beats can be generated to form a self-created song. However, this structure is limited by the single collection method of the pressure sensor, which makes the arrangement of the music shoe relatively single when playing and making music, and it is impossible to effectively play and make music with more different timbres. Utility Model Content

[0003] Therefore, in view of the above-mentioned problems, the present invention proposes a new type of playable music shoe that can effectively play and create music with a variety of different timbre combinations and achieve richer music arrangements.

[0004] To solve this technical problem, the present utility model adopts the following solution: a new type of playable music-making shoe, comprising a sole and a mobile terminal, wherein an APP client is provided on the mobile terminal; the sole comprises an upper sole, a midsole and a lower sole, and a plurality of pressure sensors, speakers and a controller are embedded in the lower sole, each pressure sensor is respectively connected to the data terminal of the controller, and the speaker is controlled by the controller; the controller contains a power supply unit, a storage unit and a wireless transmission unit for power supply, the storage unit contains a music beat library, a music score library and a standard music score library corresponding to the songs in the music score library respectively, each pressure sensor corresponds to the beats in the music beat library respectively, the controller realizes data interaction with the mobile terminal through the wireless transmission unit, and data parameter setting and result presentation of the controller can be carried out through the APP client on the mobile terminal; a manual control switch is further provided on the lower sole, the manual control switch is connected to the controller, and the opening and closing of the controller can be controlled through the manual control switch;

[0005] Stepped perforations are respectively provided on the midsole at positions corresponding to the respective pressure sensors, the stepped perforations penetrate the upper and lower surfaces of the midsole, the stepped perforations comprise upper perforations and lower perforations, the aperture of the upper perforations is larger than that of the lower perforations, and a stepped boss is formed between the upper perforations and the lower perforations; a circumferential side groove is formed on the circumferential hole wall of the lower perforation, and the circumferential side groove is spirally coiled from top to bottom along the circumferential hole wall;

[0006] Playing holes are respectively provided on the upper sole at positions corresponding to the stepped perforations, the playing holes are square holes penetrating the upper and lower surfaces of the upper sole, a side groove is formed on the hole edge of the playing holes, and the cross section of the side groove is arc-shaped;

[0007] The utility model further comprises a plurality of elastic plates, the number of the elastic plates is the same as that of the playing holes on the upper sole; each elastic plate comprises a square part and an arc part, the arc part is located on one side edge of the square part, a knocking column is convexly provided on the lower surface of the square part, an annular boss is further provided on the circumferential wall of the knocking column, and a spring piece is sleeved on the knocking column at a position below the annular boss;

[0008] The arc part of the elastic plate is inserted into the side groove of the playing hole on the upper sole, the square part of the elastic plate covers the hole opening of the playing hole, the knocking column of the elastic plate extends into the playing hole and extends into the lower perforation of the stepped perforation on the midsole, and the spring piece is located between the annular boss of the knocking column and the stepped boss of the stepped perforation, the spring piece enables the knocking column to be suspended above the pressure sensor. An acceleration sensor is further included, the acceleration sensor is embedded on the lower sole and the acceleration sensor is connected to the data terminal of the controller, and the acceleration sensor detects a plurality of actions corresponding to a plurality of beats in the music beat library respectively.

[0009] For further improvement, all the acceleration sensors are triaxial acceleration sensors.

[0010] For a further improvement, the tilt actions, rotation actions and direction change actions detected by the acceleration sensors respectively correspond to the beats in the music beat library.

[0011] For further improvement, the pressure sensors are respectively arranged at the positions on the lower sole corresponding to the outer sides of the toes, the inner sides of the metatarsal bones, the outer sides of the rear soles and the heels.

[0012] For further improvement, anti-slip patterns are also provided on the upper surface of the elastic plate.

[0013] For further improvement, a charging port is also provided on one side of the lower sole, and the charging port is connected to the controller, and the power supply unit can be charged through the charging port.

[0014] For further improvement, the wireless transmission unit is Bluetooth transmission.

[0015] For further improvement, an LED lamp group is also embedded on the outer side wall of the lower sole, and the LED lamp group is controlled by the controller.

[0016] By adopting the foregoing technical solutions, the beneficial effects of the present utility model are as follows: An acceleration sensor is added to the playable music-making shoes. The acceleration sensor detects multiple actions that respectively correspond to multiple beats in the music beat library. Thus, for the playable music-making shoes designed as described above, when the action signals of the tilting action, rotation action, and direction change action detected by the acceleration sensor are transmitted to the controller, the controller converts the received action signals into corresponding music beats. At the same time, pressure sensors are respectively arranged at different positions on the sole. During use, when the sole of the foot steps on the elastic plate of the upper sole playing hole, the square part of the elastic plate deforms downward, and the knocking column on the lower surface of the square part moves downward, overcoming the elastic force of the spring member. The knocking column sinks and presses the corresponding pressure sensor. The pressure sensor is pressed and transmits a pressure signal to the controller. The controller controls to convert the received pressure signal into a corresponding music beat. By continuously stepping on the elastic plates of different positions of the playing holes, that is, applying pressure to the pressure sensors at different positions, continuous different syllable beats can be generated. Thus, by combining the action signals detected by the acceleration sensor and the pressure signals detected by the pressure sensor, an original piece of music can be formed. The setting of the acceleration sensor enables the user to convert tilting actions, rotation actions, and direction change actions into more different syllable beats, thereby effectively increasing the combination of various different timbres for playing and making music, making the music arrangement richer. At the same time, the playable music-making shoes are different from conventional music shoes. They can not only play music but also play and create music, emit different music, have high controllability, high fun in music-making, and good game entertainment. Moreover, when stepping on and playing, the playable music-making shoes do not directly apply pressure to the pressure sensor but pass through the elastic plate structure. The elastic plate structure has a spring energy storage feedback effect. The spring member can effectively feedback the stepping feeling during playing directly to the foot, giving the foot a sense of memory, enhancing the sensory experience of stepping on and playing, clearly feeling whether the stepping on and playing is successful, clearly determining what kind of stepping feeling can achieve the playing effect, facilitating the foot to play and control and practice, improving the accuracy of stepping on and playing. And the stepping force is dispersed through the energy storage of the spring member, which can avoid the damage phenomenon caused by excessive stepping force to the pressure sensor. Therefore, the playable music-making shoes effectively avoid the problems of excessive force causing component damage, insufficient force causing sensing failure, and low sensory experience of stepping on and playing resulting in false stepping and excessive force in directly applying pressure to the pressure sensor in the prior art, and can be widely promoted and applied. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 is a schematic exploded view of the structure of an embodiment of the present invention.

[0018] Figure 2 is a schematic cross-sectional structure view of the playing hole of an embodiment of the present invention.

[0019] Figure 3It is a block diagram of the principle of an embodiment of the present invention. Specific Embodiments

[0020] The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments.

[0021] Referring to Figures 1 to 3 , an embodiment of the present invention discloses a playable music-making shoe, which includes a sole and a mobile terminal, and an APP client is provided on the mobile terminal; the sole includes an upper sole 1, a middle sole 2, and a lower sole 3. A plurality of pressure sensors 31, a three-axis acceleration sensor 34, a speaker (not shown in the figure), and a controller 32 are embedded in the lower sole 3. The pressure sensors 31 are respectively disposed at positions on the outer side of the lower sole corresponding to the toe part, the inner side of the lower sole corresponding to the metatarsal part, the outer side of the lower sole corresponding to the rear part of the foot, and the position of the lower sole corresponding to the heel; the three-axis acceleration sensor 34 is disposed on the main board of the controller of the lower sole. Each pressure sensor 31 is respectively connected to the data terminal of the controller 32, and the three-axis acceleration sensor 34 is respectively connected to the data terminal of the controller 32. The speaker is controlled by the controller 32; the controller 32 contains a power supply unit, a storage unit, and a wireless transmission unit for power supply. The wireless transmission unit is a Bluetooth transmission. The storage unit contains a music beat library, a music score library, and a standard music score library corresponding to the songs in the music score library respectively. Each pressure sensor 31 corresponds to a beat in the music beat library respectively. The three-axis acceleration sensor 34 detects that a plurality of actions respectively correspond to a plurality of beats in the music beat library. The tilt action, rotation action, and direction change action detected by the acceleration sensor 34 respectively correspond to the beats in the music beat library. The controller 32 realizes data interaction with the mobile terminal through the wireless transmission unit, and the data parameters of the controller can be set and the results can be presented through the APP client on the mobile terminal; a charging port 33 is further provided on one side of the lower sole 3. The charging port 33 is connected to the controller 32, and the power supply unit can be charged through the charging port 33; a manual control switch (not shown in the figure) is further provided on the lower sole 3. The manual control switch is connected to the controller 32, and the controller 32 can be turned on and off through the manual control switch;

[0022] Step-shaped perforations 21 are respectively provided on the middle sole 2 at positions corresponding to the respective pressure sensors. The step-shaped perforations penetrate the upper and lower surfaces of the middle sole. The step-shaped perforations include an upper perforation and a lower perforation. The aperture of the upper perforation is larger than the aperture of the lower perforation, and a step boss 22 is formed between the upper perforation and the lower perforation;

[0023] Playing holes 11 are respectively provided on the upper sole 1 at positions corresponding to the step-shaped perforations. The playing holes are square holes penetrating the upper and lower surfaces of the upper sole. A side groove 12 is formed on the edge of the playing hole 11. The cross-section of the side groove 12 is arc-shaped;

[0024] It further includes a plurality of elastic plates 4, the number of the elastic plates 4 being the same as the number of the playing holes 11 on the upper base; the elastic plate 4 includes a square portion 41 and an arc portion 42, the arc portion 42 being located on one side of the square portion, a knocking column 43 being convexly provided on the lower surface of the square portion 41, an annular boss 44 being further provided on the circumferential wall of the knocking column 43, and a spring member 5 being sleeved on the knocking column at a position below the annular boss 44;

[0025] The arc portion 42 of the elastic plate 4 is inserted into the side groove 12 of the playing hole 11 on the upper base, the square portion 41 of the elastic plate 4 covers the orifice of the playing hole 11, the knocking column 43 of the elastic plate 4 extends into the playing hole 11 and extends into the lower perforation of the stepped perforation 21 of the middle base 2, and the spring member 5 is located between the annular boss 44 of the knocking column and the stepped boss 22 of the stepped perforation, and the spring member 5 makes the knocking column 43 suspended above the pressure sensor 31.

[0026] The controller is turned on by manually controlling the switch, and the APP client searches for Bluetooth and wirelessly docks with the sole controller. Songs can be selected and set through the APP client, and the controller controls only song playback; alternatively, the playing mode can be set through the APP client. When entering the stepping and playing mode, the foot steps on the elastic plate of the playing hole, the square portion of the elastic plate sinks, the knocking column on the lower surface of the square portion moves downward, overcoming the elastic force of the spring member, and the knocking column sinks and presses the corresponding pressure sensor. The pressure sensor is pressed and transmits a pressure signal to the controller. The three-axis acceleration sensor detects tilt actions, rotation actions, and direction change actions and transmits the action signals to the controller. The controller controls the conversion of the received pressure signals and action signals into corresponding music beats. Then, by continuously stepping on the elastic plates of different positions of the playing holes in combination with tilt actions, rotation actions, and direction change actions, that is, the pressure sensors at different positions are pressed and different action changes occur, continuous different syllable beats can be generated to form an original piece of music.

[0027] The APP client is provided with a scoring function. The APP client is used to select the song to be played from the music library. The controller controls the speaker to play the selected song. At the same time, the controller retrieves the standard music score diagram corresponding to the selected song from the standard music score library and transmits it to the APP client, where the standard music score diagram can be displayed. Meanwhile, during the playing of the selected song, each pressure sensor on the sole is stepped on to apply force. The pressure signals received by each pressure sensor and the action signals of the tilt action, rotation action, and direction change action detected by the three-axis acceleration sensor are transmitted to the controller. The controller converts the received pressure signals and action signals into corresponding music beats and transmits them to the APP client, where they are compared with the standard music beats of the standard music score diagram and displayed. Thus, the accuracy of the music beats corresponding to the stepping and action changes can be intuitively seen on the APP client. After the song ends, the APP client scores according to the accuracy.

[0028] The APP client is provided with a song creation mode. Through the APP client, the song creation mode is selected. Then, each pressure sensor on the sole is stepped on to apply force. Combining the detection of action changes by the three-axis sensor, the pressure signals received by each pressure sensor and the action signals of the tilt action, rotation action, and direction change action detected by the three-axis acceleration sensor are transmitted to the controller. The controller converts the received pressure signals and action signals into corresponding music beats and transmits them to the APP client, where the music beats are recorded as a song creation diagram and stored. After the song creation mode is completed, the APP client can play and display the song according to the obtained song creation diagram.

[0029] Furthermore, an LED lamp group (not shown in the figure) is also embedded on the outer side wall of the lower sole, and the LED lamp group is controlled by the controller. The controller can control the LED lamp group to blink correspondingly according to the stepping beats for lighting indication, improving the practice guidance effect.

[0030] In the above embodiment, multiple two-axis acceleration sensors can also be set to replace the three-axis acceleration sensor to detect action changes and output action signals to the controller.

[0031] Although the present invention is specifically shown and introduced in combination with the preferred implementation, those skilled in the art should understand that various changes can be made to the present invention in terms of form and details without departing from the spirit and scope of the present invention defined by the appended claims, and all of them fall within the protection scope of the present invention.

Claims

1. A new type of playable music shoe, comprising a sole and a mobile terminal, wherein the mobile terminal is provided with an APP client; the sole comprises an upper sole, a midsole and a lower sole, wherein the lower sole is embedded with a plurality of pressure sensors, a loudspeaker and a controller, wherein each pressure sensor is respectively connected to a data terminal of the controller, and the loudspeaker is controlled by the controller; the controller contains a power supply unit, a storage unit and a wireless transmission unit, wherein the storage unit contains a music beat library, a music library and a standard music score library corresponding to songs in the music library, wherein each pressure sensor corresponds to a beat in the music beat library, wherein the controller realizes data interaction with the mobile terminal through the wireless transmission unit, and the data parameters of the controller can be set and the results can be presented through the APP client on the mobile terminal; a manual control switch is also provided on the lower sole, wherein the manual control switch is connected to the controller, and the controller can be turned on and off by the manual control switch; The midsole is provided with stepped perforations at positions corresponding to the pressure sensors, the stepped perforations penetrate the upper and lower surfaces of the midsole, the stepped perforations include upper perforations and lower perforations, the aperture of the upper perforations is larger than the aperture of the lower perforations, and a stepped boss is formed between the upper perforations and the lower perforations; a circumferential side groove is provided on the circumferential hole wall of the lower perforation, and the circumferential side groove is in a spiral winding shape from top to bottom along the circumferential hole wall; Playing holes are respectively arranged at positions on the upper base corresponding to the stepped perforations, the playing holes are square holes penetrating the upper and lower surfaces of the upper base, and side grooves are opened on the edge of the playing holes, and the cross section of the side grooves is arc-shaped; It also includes a plurality of elastic plates, the number of which is consistent with the number of playing holes on the upper bottom; the elastic plate includes a square portion and an arc portion, the arc portion is located on one side of the square portion, a striking column is convexly provided on the lower surface of the square portion, an annular boss is also provided on the circumferential wall of the striking column, and a spring member is sleeved on the striking column at a position below the annular boss; The arc portion of the elastic plate is inserted into the side groove of the playing hole of the upper bottom, the square portion of the elastic plate covers the opening of the playing hole, the striking post of the elastic plate extends into the playing hole and extends to the lower perforation of the stepped perforation of the middle bottom, and the spring member is located between the annular boss of the striking post and the stepped boss of the stepped perforation, the spring member makes the striking post suspended above the pressure sensor, characterized in that: It also includes an acceleration sensor, which is embedded on the bottom and connected to the data end of the controller. The acceleration sensor detects that multiple actions correspond to multiple beats in the music beat library.

2. The novel playable music-making shoes according to claim 1 are characterized in that: The acceleration sensor is a three-axis acceleration sensor.

3. The novel playable music-making shoes according to claim 1 or 2, characterized in that: The tilting motion, the rotation motion, and the direction change motion detected by the acceleration sensor correspond to the beats in the music beat library respectively.

4. The novel playable music-making shoes according to claim 1 are characterized in that: The pressure sensors are respectively arranged at a position of the lower sole corresponding to the outer side of the toes, a position of the lower sole corresponding to the inner side of the metatarsal bone, a position of the lower sole corresponding to the outer side of the heel, and a position of the lower sole corresponding to the heel.

5. The novel playable music-making shoes according to claim 1 are characterized in that: The upper surface of the elastic plate is also provided with anti-slip grooves.

6. The novel playable music-making shoes according to claim 1 are characterized in that: A charging port is also provided on one side of the lower bottom, and the charging port is connected to the controller, and the power supply unit can be charged through the charging port.

7. The novel playable music-making shoes according to claim 1 are characterized in that: The wireless transmission unit is Bluetooth transmission.

8. The novel playable music-making shoes according to claim 1 are characterized in that: An LED light group is also embedded on the outer side wall of the lower bottom, and the LED light group is controlled by the controller.

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