TWI742376B - Acoustic taste conversion device - Google Patents

Abstract

A sound taste conversion device, comprising: a microcontroller; a sound capture module electrically connected to the microcontroller to receive a sound signal so that the microcontroller can learn the sound signal; and a sound mood analysis The program is embedded in the microcontroller, so that the microcontroller can analyze the sound signal to obtain an emotion ratio value, and calculate a taste ratio value based on the emotion ratio value.

Description

Acoustic taste conversion device

The present invention relates to a sound and taste conversion device, which converts sound into a taste effect, in which sound emotion analysis is used as the medium of the conversion.

By the way, the food owner must analyze the customer’s emotional expression to recommend a diet, but the emotional expression judgment is more subjective and it is difficult to make an objective judgment. However, in view of the above-mentioned problems, the inventor conceived a sound and taste conversion device, which is the subject to be solved by the present invention.

The reason is that the main purpose of the present invention is to provide a sound taste conversion device, which analyzes the ratio of different emotions after receiving the sound signal, and directly calculates the emotion value after the emotion recognition to increase the effect of different tastes.

Another object of the present invention is to provide a sound and taste conversion device, which uses a normally closed electromagnetic water valve, the electromagnetic water valve is opened after being controlled by a relay, and the effect of connecting water tanks containing different flavored beverages above different electromagnetic water valves is improved.

To achieve the above objective, the technical means used in the present invention include: a microcontroller; a voice capture module, which is electrically connected to the microcontroller to receive a voice signal so that the microcontroller can obtain Know the voice signal; and a voice emotion analysis program, which is embedded in the microcontroller, so that the microcontroller can analyze the voice signal to obtain an emotion ratio value, and calculate a taste ratio value based on the emotion ratio value .

According to the features disclosed above, it further includes a substrate on which the microcontroller is provided; an input unit is provided on the substrate and is electrically connected to the microcontroller and the sound capture module; The output unit is arranged on the substrate and is electrically connected to the microcontroller to make the microcontroller controllable Control the output of the taste ratio value; a plurality of relays are electrically connected to the output unit and electrically connected to the microcontroller, so that the microcontroller can set the activation of each relay through the output of the taste ratio value Time: The plural solenoid valves are electrically connected to the relays, and the switching time of the solenoid valves is controlled by the activation time of the relays.

According to the aforementioned features, the emotion ratio value includes one of a happiness ratio value, a sad ratio value, an angry ratio value, a fear ratio value, and a non-emotion ratio value, or any combination thereof.

According to the aforementioned characteristics, the taste ratio value includes one of a sour taste ratio value, a sweet taste ratio value, a bitter taste ratio value, a spicy taste ratio value, a salty taste ratio value, a water taste ratio value or any combination thereof.

According to the aforementioned features, the emotion ratio value includes a happiness ratio value, a sad ratio value, an angry ratio value, a fear ratio value, and a non-emotion ratio value; the taste ratio value includes a sourness ratio value and a sweetness ratio value. Proportion value, a bitterness ratio value, a spicy taste ratio value, a salty taste ratio value and a water taste ratio value, and the microcontroller calculates the happiness ratio value, the sad ratio value, the angry ratio value, and the fear ratio Value, the non-emotion ratio value, the sourness ratio value, the sweetness ratio value, the bitterness ratio value, the spiciness ratio value, the saltiness ratio value, and the water taste ratio value.

According to the aforementioned features, the happiness ratio is based on the sweetness ratio. When the happiness ratio reaches a certain value, the sourness ratio is adjusted; the anger ratio is based on the spiciness ratio. When the anger ratio reaches a certain value, adjust the sourness ratio and the bitterness ratio; the sadness ratio is based on the bitterness ratio, and when the sadness ratio reaches a certain value, adjust the sourness ratio Value and the salty taste ratio value; the fear ratio value is based on the sour taste ratio value, the bitter taste ratio value and the salty taste ratio value. When the fear ratio value reaches a certain value, the spicy taste ratio value is adjusted; The emotion ratio value is based on the water taste ratio value.

According to the aforementioned features, when the happiness ratio is less than 0.8, the sweetness ratio is equal to the fast The happiness ratio value, or when the happiness ratio value is greater than 0.8, the sourness ratio value is equal to the happiness ratio value minus 0.8 and the sweetness ratio value is equal to 0.8; when the sadness ratio value is less than 0.5, the bitterness ratio value is equal to the sadness The ratio value, or when the sadness ratio value is greater than 0.5, the sourness ratio value is equal to the sadness ratio value first minus 0.5 and then multiplied by 0.3, the bitterness ratio value is equal to the sadness ratio value, first minus 0.5, then multiplied by 0.3 and then added 0.5 and the salty taste The ratio value is equal to the sadness ratio value first minus 0.5 and then multiplied by 0.3; when the anger ratio value is less than 0.7, the spiciness ratio value is equal to the anger ratio value, or when the sadness ratio value is greater than 0.7, the sour taste ratio value is first subtracted 0.5 and then 0.3, the bitterness ratio value is equal to the angry ratio value first minus 0.7 and then multiplied by 0.5 and the spiciness ratio value is equal to 0.7; when the fear ratio value is less than 0.8, the sour taste ratio value is equal to the fear ratio value multiplied by 0.3, The bitterness ratio value is equal to the fear ratio value multiplied by 0.3, the salty taste ratio value is equal to the fear ratio value multiplied by 0.3, or when the fear ratio value is greater than 0.8, the sour taste ratio value is equal to the fear ratio value multiplied by 0.25, the bitterness ratio value It is equal to the fear ratio value multiplied by 0.25, the spicy taste ratio value is equal to the fear ratio value multiplied by 0.25, and the salty taste ratio value is equal to the fear ratio value multiplied by 0.25.

According to the features disclosed above, it further includes a cleaning start module, which is electrically connected to the input unit and electrically connected to the microcontroller.

According to the features disclosed above, it further includes a plurality of indicator lights, which are electrically connected to each of the relays, and the on-off time of each indicator is controlled by the activation time of each of the relays.

According to the features disclosed above, it further includes a plurality of water tanks, which are respectively connected to the solenoid valves and filled with different flavored beverages, so that each solenoid valve controls the discharge ratio of the different flavored beverages of the water tanks.

With the help of the lifting technology, the sound signal is effectively converted into the taste ratio. The microcontroller is used to calculate the proportional relationship between the emotion ratio value and the taste ratio value, and the relay and solenoid valve can be effectively used. Controlling the release ratio of beverages with different flavors has a complementary effect.

10: Microcontroller

20: Sound capture module

21: Sound signal

30: Voice sentiment analysis program

40: substrate

41: Input unit

42: output unit

50: Relay

60: Solenoid valve

70: Clean start module

80: indicator light

90: water tank

M: emotional ratio value

M ₁ : Happiness ratio value

M ₂ : Sad ratio value

M ₃ : angry ratio value

M ₄ : Fear ratio value

M ₅ : No emotion ratio value

T: Taste ratio value

T ₁ : Sourness ratio value

T ₂ : Sweetness ratio value

T ₃ : Bitterness ratio value

T ₄ : Spicy taste ratio value

T ₅ : Salty ratio value

T ₆ : Water taste ratio value

C: container

S: After adding up, it is the ratio of various flavors

Fig. 1 is a schematic diagram of the emotion ratio value calculated from the taste ratio value of the present invention.

Figure 2 is a schematic diagram of the present invention combining the substrate, the relay and the solenoid valve, the cleaning start module and the indicator light.

Fig. 3 is a conversion flow chart of the present invention from the emotion ratio value to the taste ratio value.

Figure 4 is a schematic diagram of the combined water tank of the present invention.

First, please refer to FIGS. 1 to 4, a preferred embodiment of a sound taste conversion device of the present invention includes: a microcontroller 10; a sound capture module 20, which is electrically connected to the microcontroller 10 , Used to receive a sound signal 21 so that the microcontroller 10 can know the sound signal 21; and a sound mood analysis program 30 is embedded in the microcontroller 10 so that the microcontroller 10 can The sound signal 21 analyzes an emotion ratio value (M), and uses the emotion ratio value (M) to calculate a taste ratio value (T). In this embodiment, the sound capture module 20 is a button type recording Key, and the emotion ratio value (M) includes a happy ratio value (M ₁ ), a sad ratio value (M ₂ ), an angry ratio value (M ₃ ), a fear ratio value (M ₄ ), and no emotion One of the ratio values (M ₅ ) or any mixture thereof; the taste ratio value (T) includes a sour taste ratio value (T ₁ ), a sweet taste ratio value (T ₂ ), a bitter taste ratio value (T ₃ ), One of a spicy taste ratio (T ₄ ), a salty taste ratio (T ₅ ), a water taste ratio (T ₆ ) or any combination thereof, but is not limited thereto.

As shown in FIG. 2, it further includes a substrate 40 on which the microcontroller 10 is arranged; an input unit 41 is arranged on the substrate 40 and interacts with the microcontroller 10 and the sound capture module 20 is electrically connected; an output unit 42 is provided on the substrate 40 and is electrically connected to the microcontroller 10 so that the microcontroller 10 can control the output of the taste ratio (T); plural The relay 50 is electrically connected to the output unit 42, and is electrically connected to the microcontroller 10, so that the microcontroller 10 sets the activation time of each relay 50 through the output of the taste ratio (T) ; Plural solenoid valves 60, which are electrically connected to each The relay 50 controls the opening and closing time of each solenoid valve 60 by the activation time of each relay 50. In this embodiment, the substrate 40 is an Arduino development board, which receives button messages to control the recording switch and calculates it in the computer After completion, control the switching time of different relays 50; the relay 50 is an eight-way relay module, which can be connected to different lead angles of the development board to control the switches respectively; the solenoid valve 60 is a solenoid water valve, and one end of the gray wire is connected to the relay 50. One end is connected to the power supply, and a path is formed after the relay 50 is activated, but it is not limited to this.

In addition, it further includes a cleaning activation module 70, which is electrically connected to the input unit 41 and electrically connected to the microcontroller 20. In this embodiment, the cleaning activation module 70 is a button-type cleaning key , It is used as a cleaning background; it also includes a plurality of indicator lights 80, which are electrically connected to each of the relays 50, and the on-off time of each indicator 80 is controlled by the activation time of each of the relays 50, but it is not limited to this.

As shown in Figure 3, the emotion ratio value (M) includes a happiness ratio value (M ₁ ), a sad ratio value (M ₂ ), an angry ratio value (M ₃ ), a fear ratio value (M ₄ ), And a non-emotion ratio (M ₅ ); the taste ratio (T) includes a sourness ratio (T ₁ ), a sweetness ratio (T ₂ ), a bitterness ratio (T ₃ ), and a spicy taste Proportion value (T ₄ ), a salty taste ratio value (T ₅ ), and a water taste ratio value (T ₆ ), and the microcontroller 10 calculates the happiness ratio value (M ₁ ), the sadness ratio value (M ₂ ), the angry ratio value (M ₃ ), the fear ratio value (M ₄ ), the non-emotion ratio value (M ₅ ), the sourness ratio value (T ₁ ), the sweetness ratio value (T ₂ ), the The ratio between the bitterness ratio value (T ₃ ), the spiciness ratio value (T ₄ ), the salty taste ratio value (T ₅ ), and the water taste ratio value (T ₆ ) is not limited to this.

In conclusion, in this embodiment, the happiness ratio value (M ₁ ) is based on the sweetness ratio value (T ₂ ), and when the happiness ratio value (M ₁ ) reaches a certain value, the sourness ratio is adjusted Value (T ₁ ); the anger ratio value (M ₃ ) is based on the spiciness ratio value (T ₄ ), when the anger ratio value (M ₃ ) reaches a certain value, the sour taste ratio value (T ₁ ) and the bitterness ratio value (T ₃ ); the sadness ratio value (M ₂ ) is based on the bitterness ratio value (T ₃ ), when the sadness ratio value (M ₂ ) reaches a certain value, adjust the The sourness ratio value (T ₁ ) and the saltiness ratio value (T ₅ ); the fear ratio value (M ₄ ) is based on the sourness ratio value (T ₁ ), the bitterness ratio value (T ₃ ) and the saltiness ratio value ( T ₅ ) is mainly used. When the fear ratio value (M ₄ ) reaches a certain value, the spicy taste ratio value (T ₄ ) is adjusted; the emotionless ratio value (M ₅ ) is based on the water taste ratio value (T ₆ ), but not limited to this.

To further illustrate, when the happiness ratio value (M ₁ ) is less than 0.8, the sweetness ratio value (T ₂ ) is equal to the happiness ratio value (M ₁ ), or when the happiness ratio value (M ₁ ) is greater than 0.8, then the sweetness ratio value (T 2) is equal to the happiness ratio value (M 1 ). The sourness ratio value (T ₁ ) is equal to the happiness ratio value (M ₁ ) minus 0.8 and the sweetness ratio value (T ₂ ) is equal to 0.8; when the sadness ratio value (M ₂ ) is less than 0.5, the bitterness ratio value (T ₃ ) is equal to the sadness ratio value (M ₂ ), or when the sadness ratio value (M ₂ ) is greater than 0.5, the sourness ratio value (T ₁ ) is equal to the sadness ratio value (M ₂ ) first minus 0.5 and then multiplying 0.3, The bitterness ratio value (T ₃ ) is equal to the sadness ratio value (M ₂ ) first minus 0.5 and then multiplied by 0.3 and then 0.5 and the saltiness ratio value (T ₅ ) is equal to the sadness ratio value (M ₂ ) first minus 0.5 and then multiplied by 0.3 ; When the anger ratio value (M ₃ ) is less than 0.7, the spiciness ratio value (T ₄ ) is equal to the anger ratio value (M ₃ ), or when the sadness ratio value (M ₂ ) is greater than 0.7, the sour taste ratio The value (T ₁ ) first minus 0.5 and then multiplied by 0.3, the bitterness ratio value (T ₃ ) is equal to the anger ratio value (M ₃ ), first minus 0.7 and then multiplied by 0.5, and the spiciness ratio value (T ₄ ) is equal to 0.7; If the fear ratio value (M ₄ ) is less than 0.8, the sour taste ratio value (T ₁ ) is equal to the fear ratio value (M ₄ ) multiplied by 0.3, and the bitterness ratio value (T ₃ ) is equal to the fear ratio value (M ₄ ) multiplied by 0.3 , The salty taste ratio value (T ₅ ) is equal to the fear ratio value (M ₄ ) multiplied by 0.3, or when the fear ratio value (M ₄ ) is greater than 0.8, the sour taste ratio value (T ₁ ) is equal to the fear ratio value (M ₄ ) Multiply 0.25, the bitterness ratio value (T ₃ ) is equal to the fear ratio value (M ₄ ) multiplied by 0.25, the spiciness ratio value (T ₄ ) is equal to the fear ratio value (M ₄ ) multiplied by 0.25, the salty taste ratio value (T ₅ ) is equal to the fear ratio value (M ₄ ) multiplied by 0.25; the non-emotion ratio value (M ₅ ) is equal to the water taste ratio value (T ₆ ), which is the ratio of water. Therefore, the microcontroller 10 calculates The above-mentioned ratio values (T ₁ to T ₆ , M ₁ to M ₅ ), and the sum of them are the ratios (S) of various flavors, but it is not limited to this.

As shown in Figure 4, it further includes a plurality of water tanks 90, which are respectively connected to the solenoid valves 60 and filled with different flavored beverages, such as sour beverages, sweetened beverages, bitter beverages, spicy beverages, and salty beverages. And water, so that each solenoid valve 60 controls the discharge ratio of the different flavored beverages of each water tank 90 to the container (C). In this way, the emotions are analyzed for the five emotions of happiness, anger, sadness, fear, and no emotion. In this device, different emotions are given different flavors, and the five flavors of sour, sweet, bitter, spicy, and salty are represented by lemon, sugar, bitter melon, pepper, and salt, and are filled in the upper tubular water tank After analyzing the required various flavor ratios, it can be calculated as the time to activate the relay 50, and make the relay 50 energize the solenoid water valve to discharge beverages to prepare different flavors, but it is not limited to this .

Based on such a configuration, the Arduino development board is used to control the switch of the relay 50, switch the relay 50 with different lengths of time, make the relay 50 energize the solenoid water valve to open, and adjust the switching time of each solenoid water valve Different taste ratios, and the relay 50 is an electronic device that can control a large number of current switches with a small amount of current. The principle is that the internal coil generates a magnetic force after being energized, and the magnet is moved to control whether another circuit is energized or not, and to control the electromagnetic The valve 60 is switched on and off, and the solenoid valve 60 also has a coil and a magnet combination. Therefore, in the present invention, six water tanks 90 are used to fill the six flavors of sour, sweet, bitter, spicy, salty, and water respectively. The valve is switched on and off to control the ratio of the six flavors.

In summary, the technical means disclosed in the present invention do have the requirements of invention patents such as "novelty", "progressiveness" and "available for industrial use". I hope that the Jun Bureau will grant patents to encourage creation without any responsibility. Sense of virtue.

However, the drawings and descriptions disclosed above are only preferred embodiments of the present invention. Those skilled in the art who make modifications or equivalent changes based on the spirit of this case should still be included in the scope of the patent application in this case.

10: Microcontroller

20: Sound capture module

21: Sound signal

30: Voice sentiment analysis program

M: emotional ratio value

M ₁ : Happiness ratio value

M ₂ : Sad ratio value

M ₃ : angry ratio value

M ₄ : Fear ratio value

M ₅ : No emotion ratio value

T: Taste ratio value

T ₁ : Sourness ratio value

T ₂ : Sweetness ratio value

T ₃ : Bitterness ratio value

T ₄ : Spicy taste ratio value

T ₅ : Salty ratio value

T ₆ : Water taste ratio value

Claims (4)

A sound and taste conversion device includes: a microcontroller; a sound capture module electrically connected to the microcontroller to receive a sound signal so that the microcontroller can learn the sound signal; a sound The emotion analysis program is embedded in the microcontroller, so that the microcontroller can analyze the sound signal to obtain an emotion ratio value, and calculate a taste ratio value based on the emotion ratio value, and the emotion ratio value includes a happiness Proportion value, a sadness ratio value, an angry ratio value, a fear ratio value, and a non-emotion ratio value; the taste ratio value includes a sour taste ratio value, a sweet taste ratio value, a bitter taste ratio value, and a spicy taste ratio value Value, a salty taste ratio value, and a water taste ratio value, and use the microcontroller to calculate the happiness ratio value, the sad ratio value, the angry ratio value, the fear ratio value, the non-emotion ratio value, and the sour taste ratio value , The sweetness ratio value, the bitterness ratio value, the spiciness ratio value, the saltiness ratio value and the water taste ratio value, the happiness ratio value is based on the sweetness ratio value, when the When the happiness ratio reaches a certain value, the sourness ratio is adjusted; the anger ratio is based on the spiciness ratio. When the anger ratio reaches a certain value, the sourness ratio and the bitterness ratio are adjusted ; The sadness ratio value is based on the bitterness ratio value. When the sadness ratio value reaches a certain value, the sourness ratio value and the salty taste ratio value are adjusted; the fear ratio value is based on the sourness ratio value and the bitterness ratio value Value and the salty taste ratio value. When the fear ratio value reaches a certain value, the spicy taste ratio value is adjusted; the emotionless ratio value is based on the water taste ratio value; a substrate on which the micro Controller; an input unit is provided on the substrate and is electrically connected to the microcontroller and the sound capture module; an output unit is provided on the substrate and is connected to the microcontroller Electrically connected so that the microcontroller can control the output of the taste ratio value; a plurality of relays are electrically connected to the output unit and electrically connected to the microcontroller, so that the microcontroller can use the taste ratio The output of the value is used to set the start time of each relay; the multiple solenoid valves are electrically connected Each relay controls the opening and closing time of each solenoid valve with the activation time of each relay; and multiple water tanks are connected to the solenoid valves and filled with different flavored beverages so that each solenoid valve The valve controls the discharge ratio of the different flavored beverages of the water tanks. The sound and taste conversion device according to claim 1, wherein when the happiness ratio value is less than 0.8, the sweetness ratio value is equal to the happiness ratio value, or when the happiness ratio value is greater than 0.8, the sourness ratio value is equal to the happiness ratio value. The happiness ratio minus 0.8 and the sweetness ratio is equal to 0.8; when the sadness ratio is less than 0.5, the bitterness ratio is equal to the sadness ratio, or when the sadness ratio is greater than 0.5, the sourness ratio is equal to the sadness The ratio value is first subtracted by 0.5 and then multiplied by 0.3, the bitterness ratio value is equal to the sad ratio value first minus 0.5, then multiplied by 0.3 and then 0.5, and the salty taste ratio value is equal to the sad ratio value first minus 0.5 and then multiplied by 0.3; when the anger ratio value is less than 0.7, the spiciness ratio value is equal to the anger ratio value, or when the sadness ratio value is greater than 0.7, the sour taste ratio value is first subtracted by 0.5 and then multiplied by 0.3, and the bitterness ratio value is equal to the anger ratio value, first minus 0.7 and then multiplied by 0.5 And the spiciness ratio value is equal to 0.7; when the fear ratio value is less than 0.8, the sour taste ratio value is equal to the fear ratio value multiplied by 0.3, the bitter taste ratio value is equal to the fear ratio value multiplied by 0.3, and the salty taste ratio value is equal to the fear ratio Value multiplied by 0.3, or when the fear ratio value is greater than 0.8, the sour taste ratio value is equal to the fear ratio value multiplied by 0.25, the bitter taste ratio value is equal to the fear ratio value multiplied by 0.25, and the spiciness ratio value is equal to the fear ratio value multiplied by 0.25 The saltiness ratio is equal to the fear ratio multiplied by 0.25. The sound and taste conversion device according to claim 1, further comprising a cleaning activation module, which is electrically connected to the input unit and electrically connected to the microcontroller. The sound and taste conversion device as described in claim 1, further comprising a plurality of indicator lights, which are electrically connected to each of the relays, and the on-off time of each indicator is controlled by the activation time of each of the relays.

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