Wearable experience device for chest dance shooting of non-lost breast dance

Abstract

The utility model provides a wearable experience device for non-lost chest dance shooting, which can adjust the chest posture of a user when the user experiences the chest dance shooting, the experience device comprises a bra-shaped wearing article, the left chest area and the right chest area of the front part of the wearing article are respectively provided with an air bag, the air bags are connected with an air pump at the wearing article through an inflation tube, and the inflation tube is connected with the air pump. The inner side of the left chest area or the right chest area is provided with a pressure sensor for detecting the flapping action of the chest; the air pump inflates or deflates the air bag according to the flapping action information detected by the pressure sensor, and adjusts the posture of the chest of the user; the chest dance training device can interact with a user according to the simulated chest dance rhythm and adjust the posture of the user, so that the user with a thin posture can feel the use experience of a dance with a strong posture, and the user can feel the pleasure of dance more easily.

Description

TECHNICAL FIELD

[0001] The utility model relates to interactive entertainment equipment technical field especially non -inherited "beat chest dance" wearable experience equipment. BACKGROUND

[0002] Beat chest dance is a traditional dance form in Fujian province, and is one of the national intangible cultural heritage, and its dynamic rhythm and cultural uniqueness are loved by many users. However, the existing dance experience equipment can only provide visual or auditory feedback, and cannot truly reproduce the dynamic feeling of body movement.

[0003] Beat chest dance is a male dance, and the dancer wears a straw ring on the head, is barefoot, and is naked from the waist up. The dance action is mainly squatting, and the hands are sequentially hitting palms, hitting the chest, flanks and legs. When high and excited, the feet can be repeatedly stepped on, and the hands can be used to make the whole body red. When relaxed and free, the chest is stroked, the palms are turned, the waist is twisted, the hips are swayed, the action is round and soft, and the action is humorous, lively and interesting.

[0004] Because the posture of ordinary people may not reach the robust posture of beat chest dance dancers, it is not easy to feel the joy of the dance. In order to overcome this problem, it is particularly important to develop a device that can simulate the rhythm of beat chest dance and interact with users. UTILITY MODEL CONTENT

[0005] The utility model provides non -inherited "beat chest dance" wearable experience equipment, can press the simulated beat chest dance rhythm and the user interaction, adjusts the posture of the user to let the user more easily feel the joy of the dance.

[0006] The utility model adopts the following technical scheme.

[0007] Non -inherited "beat chest dance" wearable experience equipment can adjust the chest posture of the user when the user experiences beat chest dance, the experience equipment includes the clothing shape of the wearing thing, and the left chest area, the right chest area of the front part of the wearing thing are equipped with air bags, the air bags are connected with the air pump at the wearing thing through the inflation pipe, and the inboard of the left chest area or the right chest area is equipped with a pressure sensor for detecting the chest beating action. The air pump adjusts the inflation or deflation of the air bag according to the beating action information detected by the pressure sensor, and adjusts the chest posture of the user.

[0008] The wearing thing includes a skin-friendly plastic shell.

[0009] The connecting structure between the front part and the rear part of the wearing thing includes a hollow telescopic soft cloth shoulder strap, and the inflation pipe is arranged in the hollow area of the telescopic soft cloth shoulder strap.

[0010] The rear part of the wearable is provided with an air pump, a battery and a main control chip, the connecting wires of the battery and the main control chip are arranged in the hollow area of the stretchable soft cloth shoulder strap, and the stretchable soft cloth shoulder strap, the connecting wires and the inflatable pipe are combined to form a carrying structure for taking the weight of the wearable.

[0011] The front part and the rear part of the wearable are close in weight, so that the wearing stability of the wearable during the dance process of the user is maintained.

[0012] The connecting structure between the left chest area and the right chest area comprises an adjustable elastic belt shell and a connecting buckle, so that the wearable is adapted to different body shapes of the user.

[0013] The pressure sensor is covered with a buffer layer.

[0014] The experience device takes an arduino module as a main control chip, the main control chip is connected with the pressure sensor through a linear conversion chip and connected with the air pump through an electromagnetic valve, the main control chip controls the electromagnetic valve to control the inflation or deflation of the air pump according to the hitting force and the number of times in the beating action information, and the main control chip also controls the voice module of the arduino module to play corresponding audio according to the hitting force and the number of times in the beating action information.

[0015] After detecting the pressing force, the pressure sensor outputs voltage data proportional to the pressure to the main control chip through the linear conversion chip.

[0016] The main control chip collects the voltage data sent by the pressure sensor at a sampling frequency of 200Hz, and after counting the number and the force in a pre-set pressure range, the main control chip sends the statistical data to an external mobile phone client through a Bluetooth module.

[0017] The utility model discloses a wearable experience product, which is designed in combination with the characteristics of the Quanzhou intangible heritage chest-beating dance. The device is provided with a pneumatic device at positions corresponding to the chest and armpits. During use, the air bag will be enlarged according to the hitting force, number of times and contact time, so as to adjust the user's posture. Different beating sound effects can be set in different beating number intervals, so as to simulate the sound effects produced by performers with low body fat (thin) and high body fat (muscular) when they beat their chests during dancing. The device has a simple structure and is easy to use. The inflation assembly, sound effect module and control system are combined well, and the user's learning experience can be improved. The device is particularly suitable for use in the fields of entertainment, sports experience and cultural transmission. BRIEF DESCRIPTION OF DRAWINGS

[0018] The utility model will be further explained in detail in combination with the drawings and specific embodiments:

[0019] ATTACHMENT Figure 1 It is the front view schematic diagram of the utility model;

[0020] ATTACHMENT Figure 2 is a lateral schematic view of the present application;

[0021] ATTACHMENT Figure 3 is an exploded schematic view of the present application;

[0022] ATTACHMENT Figure 4 is a schematic view of the present application when worn;

[0023] ATTACHMENT Figure 5 is a schematic view of the circuit principle of the present application;

[0024] ATTACHMENT Figure 6 is a top view schematic view of the present application;

[0025] In the figure: 1 - front of the wearable; 2 - air bag; 3 - rear of the wearable; 4 - stretchable soft cloth shoulder strap; 5 - pressure sensor; 6 - connecting buckle; 7 - skin-friendly plastic shell; 8 - buffer layer; 9 - inflation tube; 10 - Bluetooth module; 11 - battery; 12 - air pump; 13 - main control chip (main control module). DETAILED DESCRIPTION

[0026] As shown, the non-heritage "clap chest dance" wearable experience equipment can adjust the chest posture of the user when the user experiences the clap chest dance, the experience equipment includes a chest-shaped wearable, the left chest area and the right chest area of the front of the wearable are each provided with an air bag 2, the air bag is connected with the air pump 12 at the wearable through the inflation tube 9, the inner side of the left chest area or the right chest area is provided with a pressure sensor 5 for detecting the chest clapping action; the air pump adjusts the air inflation or deflation of the air bag according to the clapping action information detected by the pressure sensor, and adjusts the chest posture of the user.

[0027] The wearable includes a skin-friendly plastic shell 7.

[0028] The connecting structure between the front 1 of the wearable and the rear 3 of the wearable includes a hollow stretchable soft cloth shoulder strap 4, and the inflation tube is arranged in the hollow area of the stretchable soft cloth shoulder strap.

[0029] The rear of the wearable is provided with an air pump, a battery 11 and a main control chip, and the connecting wires of the battery and the main control chip are arranged in the hollow area of the stretchable soft cloth shoulder strap, and the stretchable soft cloth shoulder strap, the connecting wires and the inflation tube are combined to form a carrying structure for carrying the weight of the wearable.

[0030] The front and the rear of the wearable are close in weight, so as to maintain the wearing stability of the wearable during the dance of the user.

[0031] The connecting structure between the left chest area and the right chest area includes an adjustable elastic band shell and a connecting buckle 6, so that the wearable is adapted to different body shapes of the user.

[0032] The pressure sensor is covered with a buffer layer 8.

[0033] The experience device takes an arduino module as a master control chip 13, which is connected with a pressure sensor through a linear conversion chip and with a gas pump through a solenoid valve. The master control chip controls the solenoid valve to control the inflation or deflation of the gas pump according to the striking force and frequency in the striking action information. The master control chip also controls the voice module of the arduino module to play corresponding audio according to the striking force and frequency in the striking action information.

[0034] The pressure sensor outputs voltage data proportional to the pressure to the master control chip through the linear conversion chip after detecting the pressing force.

[0035] The master control chip collects the voltage data sent by the pressure sensor at a sampling frequency of 200Hz, and after counting the number and force in the preset pressure range, sends the statistical data to the external mobile phone client through the Bluetooth module 10.

[0036] Embodiment:

[0037] This example is a chest beating dance simulation experience device based on the above structure, which combines pressure sensing and gas pump devices, and voice modules to provide an interactive entertainment device for simulating chest beating dance dynamic experience.

[0038] When in use, the master control detects the beating and controls the voice module to play specific audio according to the current striking force and frequency, while controlling the solenoid valve to control the gas pump to inflate or deflate.

[0039] The pressure sensor detects the pressing force and outputs voltage data proportional to the pressure through the linear conversion chip. The master control collects the voltage data at a frequency of 200Hz, sets the pressure range to count the number and force after modeling analysis, and sends it to the mobile phone client through Bluetooth, which is further processed by the client.

[0040] The battery, master control chip, gas pump, and Bluetooth module are housed in the components carried on the back, and the wires and air tubes are hidden in the hollow and extendable soft cloth shoulder straps. On the one hand, it ensures that the front and back weights of the product are close to each other to maintain stability during dancing. On the other hand, the soft cloth shoulder straps, air tubes, and connecting wires work together to bear the weight of the product, ensuring stability during long-term use.

[0041] The color of the device of this example follows the traditional colors of Fujian ancient houses, which meets the needs of cultural and tourism promotion. The shell is made of skin-friendly plastic, and the inside striking part is designed with a buffer material, which meets the safety needs of human motion. The left and right split design uses adjustable elastic bands and buckles to connect at the middle, and uses extendable soft cloth as shoulder straps, meeting the needs of users of different sizes and ensuring wearing convenience.

Claims

1. A wearable device for the "clapping chest dance" experience, capable of adjusting the user's chest posture while experiencing the clapping chest dance, characterized in that: The experience device includes a chest-shaped wearable, the left chest area and the right chest area of the front part of the wearable are each provided with an air bag, the air bag is connected with an air pump at the wearable through an inflation pipe, the inner side of the left chest area or the right chest area is provided with a pressure sensor for detecting chest patting action; the air pump adjusts the inflation or deflation of the air bag according to the patting action information detected by the pressure sensor, and adjusts the chest posture of the user.

2. The wearable experience device of claim 1, wherein: The wearable includes a skin-friendly plastic shell.

3. The wearable experience device of claim 1, wherein: The connecting structure between the front part and the rear part of the wearable includes a hollow stretchable soft cloth shoulder strap, and the inflation pipe is arranged in the hollow area of the stretchable soft cloth shoulder strap.

4. The non-inheritable wearable experience device of claim 3, wherein: The rear part of the wearable is provided with an air pump, a battery and a main control chip, and the connecting wires of the battery and the main control chip are arranged in the hollow area of the stretchable soft cloth shoulder strap, so that the stretchable soft cloth shoulder strap, the connecting wires and the inflation pipe form a carrying structure for carrying the weight of the wearable.

5. The non-inheritable wearable experience device of claim 4, wherein: The front part and the rear part of the wearable are close in weight, so as to maintain the wearing stability of the wearable during the dance of the user.

6. The non-inheritable wearable experience device of claim 1, wherein: The connecting structure between the left chest area and the right chest area includes an adjustable elastic band shell and a connecting buckle, so that the wearable is adapted to different body shapes of the user.

7. The non-inheritable wearable experience device of claim 1, wherein: The pressure sensor is covered with a buffer layer.

8. The non-inheritable wearable experience device of claim 1, wherein: The experience device takes an arduino module as a main control chip, the main control chip is connected with the pressure sensor through a linear conversion chip and connected with the air pump through a solenoid valve, the main control chip controls the solenoid valve to control the inflation or deflation of the air pump according to the patting force and frequency in the patting action information, and the main control chip also controls the voice module of the arduino module to play corresponding audio according to the patting force and frequency in the patting action information.

9. The non-inheritable wearable experience device of claim 8, wherein: After detecting the pressing force, the pressure sensor outputs voltage data proportional to the pressure to the main control chip through the linear conversion chip.

10. The non-inheritable wearable experience device of claim 8, wherein: The main control chip collects the voltage data sent by the pressure sensor at a sampling frequency of 200 Hz, counts the frequency and force in a pre-set pressure range, and then sends the statistical data to an external mobile phone client through a Bluetooth module.

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