CN107280937A - Intelligent physiological response feedback control system and method - Google Patents

Abstract

An intelligent physiological response feedback control method is applied to an intelligent physiological response feedback control system, the intelligent physiological response feedback control system comprises a physiological response sensor, a sexual stimulator and a processing module, and the method comprises the following steps: the physiological response sensor is used for capturing a physiological response sensing signal of a user in a sexual stimulation behavior. The processing module obtains the physiological response sensing signal generated by the physiological response sensor and performs a detection analysis program to generate digital data. The processing module compares the digital data with a normal state model data to judge whether the physical condition of the user is abnormal or not, and if the physical condition of the user is in an abnormal state, the processing module stops the sexual stimulator or reduces the vibration frequency.

Description

Intelligent physiological response feedback control system and method

technical field

The invention relates to a physiological response feedback control system, in particular to an intelligent physiological response feedback control system and method for adjusting the degree of sexual stimulation according to the user's physiological response and avoiding excessive sexual stimulation.

Background technique

Generally speaking, users with high blood pressure or heart disease are not suitable for too intense behavior and need techniques that can avoid excessive sexual stimulation causing regret. In addition, for people with limited mobility or disabled persons who cannot express their consciousness, there is a need for a technology that can automatically adjust the degree of sexual stimulation and effectively display the degree of sexual excitement instead of manual labor according to the user's physiological response.

Contents of the invention

The purpose of the present invention is to provide an intelligent physiological response feedback control system and method that solves the deficiency in the prior art.

In some embodiments, the intelligent physiological response feedback control system of the present invention includes a memory module, a physiological response sensor, a sexual stimulator and a processing module.

The memory module records data of a normal model representing a normal state of sexual excitement in advance. The physiological response sensor captures a physiological response sensing signal of a user performing a sexual stimulation behavior. The sex stimulator controls the intensity of the vibration frequency according to a driving signal. The processing module is electrically connected to the memory module, the physiological response sensor and the sexual stimulator, the processing module obtains the physiological response sensing signal generated by the physiological response sensor and performs a detection and analysis procedure to generate a digital data, and the The digital data correspondingly adjusts the drive signal to control the vibration frequency of the sexual stimulator. The processing module compares the digital data with the normal model data to determine whether the user’s physical condition is abnormal. If it is abnormal, the sexual stimulator Stop or reduce the vibration frequency.

In some embodiments, the physiological response sensor is a body temperature detector, a respiration detector, a skin impedance detector, a myoelectric detector, an electrocardiogram detector, a pulse detector , a gravity sensor or a sound detector.

In some implementation aspects, the detection analysis program includes a time domain analysis step, an average calculation step, a frequency domain analysis step or an energy calculation step.

In some implementations, the intelligent physiological response feedback control system further includes a first device and a second device separated from the first device, the first device has the sexual stimulator, an electrical connection The first processor of the sexual stimulator, and a first wireless transmitter electrically connected to the first processor and wirelessly transmitting the physiological response sensing signal; the second device has a second processor and a first Two wireless transmitters, the physiological response sensor, the memory module and the second wireless transmitter are electrically connected to the second processor, and the second processor obtains the physiological response sensing signal generated by the physiological response sensor and performs The detection and analysis program generates the digital data, and the digital data adjusts the driving signal correspondingly to control the vibration frequency of the sex stimulator according to the strength of the user's physiological response sensing signal, and the second processor compares The digital data and a normal model data are used to judge whether the user's physical condition is abnormal, and if it is abnormal, the sexual stimulator is made to reduce the vibration frequency.

In some implementation aspects, the intelligent physiological response feedback control system further includes an output module electrically connected to the processing module, and if the processing module determines that it is in an abnormal state, the output module will generate a prompt signal.

The present invention has at least the following effects: the processing module cooperates with the physiological response sensor to determine whether the user's physical condition is abnormal, and if it is in an abnormal state, the sexual stimulator is stopped or the vibration frequency is reduced, which can avoid excessive sexual stimulation and cause regrets, and The output module can generate an evaluation result representing an excited state, a general state or a depressed state, and can effectively display the degree of sexual excitement.

Description of drawings

Other features and effects of the present invention will be clearly presented in the implementation manner with reference to the drawings, wherein:

Fig. 1 is a system block diagram of the first embodiment of the intelligent physiological response feedback control system of the present invention;

Fig. 2 is the components of a physiological response sensor of the first embodiment;

Fig. 3 is a system block diagram of the second embodiment of the intelligent physiological response feedback control system of the present invention;

Fig. 4 is a flowchart of an embodiment of the intelligent physiological response feedback control method of the present invention;

Fig. 5 is the steps that the detection and analysis program of Fig. 4 has;

Fig. 6 is the operation flow of the intelligent physiological response feedback control system of the present invention applied to sex toys.

detailed description

Referring to Fig. 1, in the first embodiment, the intelligent physiological response feedback control system 100 of the present invention comprises a first device 1 and a second device 2 which is separated from the first device 1, and the appearance of the first device 1 can be similar to Generally common sex toys, the second device 2 can be worn on the user's body part that will generate sexual excitement.

The first device 1 has a first processor 10, a first wireless transmitter 11, a sexual stimulator 12 and an output module 13, the first wireless transmitter 11, the sexual stimulator 12, and the output module 13 are all electrical The first processor 10 is connected and controlled by the first processor 10 . Wherein, the sexual stimulator 12 controls the strength of the vibration frequency according to a driving signal. For example, the sexual stimulator 12 can be an electric massager, which can automatically adjust the frequency by external control, and is placed on the sensitive zone or place where the user receives sexual stimulation. Other body parts that produce physiological responses. The second device 2 has a physiological response sensor 22, a memory module 23, a second processor 20 and a second wireless transmitter 21, and the physiological response sensor 22, the memory module 23 and the second wireless transmitter 21 are all electrical Connect with the second processor 20 and accept the control of the second processor 20 .

When the first device 1 and the second device 2 are powered on, they automatically perform one-to-one pairing to establish a data transmission channel to avoid interference from other devices.

The memory module 23 records a pre-built normal model data representing a normal state of sexual arousal. The normal model data can be, for example, built before leaving the factory based on the statistical data of general users as experimental objects, or a user (not shown) can use intelligent physiological responses to feed back the control system 100 during the initial setting. The normal model data obtained after sexually stimulating behavior and no discomfort are obtained to build, all belong to the applicable category.

Referring to FIG. 2 , the physiological response sensor 22 captures a physiological response sensing signal of the user performing a sexual stimulation behavior. The physiological response sensor 22 has a body temperature detector 221, a respiration detector 222, a skin impedance detector 223, a myoelectric detector 224, an electrocardiogram detector 225, a pulse detector 226, Examples of a gravity sensor 227 and a sound detector 228 , the components of the physiological response sensor 22 and the generated physiological response sensing signals are respectively described as follows.

The body temperature detector 221 can generate a user's body temperature sensing signal, and use the body temperature curve of normal sexual stimulation as a judgment standard. The respiration detector 222 can generate the user's respiration frequency sensing signal, and use the frequency data of normal sexual stimulation as a judgment criterion. The skin impedance detector 223 can generate the user's skin impedance value signal, and whether the resistance value generated by normal sexual stimulation changes as a judgment criterion. The myoelectricity detector 224 can generate the user's myoelectricity sensing signal, and the electromyography of muscle tension caused by normal stimulation is used as a judgment standard. The electrocardiogram detector 225 can generate the user's electrocardiogram detection signal, and the electrocardiogram of normal sexual stimulation is used as a judgment standard. The pulse detector 226 can generate a pulse sensing signal of the user, and the pulse frequency of normal sexual stimulation is used as a judgment standard. The gravity sensor 227 can generate a user's acceleration sensing signal, and the acceleration data of normal stimulation is used as a judgment standard. The sound detector 228 can generate the user's sound sensing signal, and use the sound frequency or amplitude signal from the normal sexual stimulus as a judgment standard.

The second processor 20 obtains the physiological response sensing signal generated by the physiological response sensor 22 and performs the detection and analysis procedure to generate a digital data, and the digital data adjusts the driving signal correspondingly to control the vibration frequency of the sexual stimulator 12 . The detection and analysis program may be (but not limited to) a time domain analysis program, an average calculation program, a frequency domain analysis program or an energy calculation program, wherein the time domain analysis program obtains the time domain digital data of the physiological response sensing signal The calculation average program is to obtain the calculation average digital data of the physiological response sensing signal, the frequency domain analysis program is to obtain the frequency domain digital data of the physiological response sensing signal, and the energy calculation program is to obtain the energy digital data of the physiological response sensing signal.

In addition, the second processor 20 compares the digital data with a normal model data to determine whether the user's physical condition is abnormal, and if it is abnormal, the sexual stimulator 12 is made to reduce the vibration frequency, and the output module 13 is made to generate a warning .

Referring to Fig. 3, in the second embodiment, the intelligent physiological response feedback control system 200 of the present invention comprises a processing module 30, a physiological response sensor 31, a memory module 32, a sexual stimulator 33 and an output module 34, wherein The memory module 32, the physiological response sensor 31, the sexual stimulator 33 and the output module 34 are similar to the component functions of the first embodiment, the difference is that the processing module 30 integrates the functions of the first processor 10 and the second processor 20 , and there is no first wireless transmitter 11 and second wireless transmitter 21, that is, they are integrated into one device for direct use by users.

Referring to FIG. 3 and FIG. 4 , the intelligent physiological response feedback control method of the present invention. For the convenience of description, the physiological response sensor 31 mentioned below is described by taking an electrocardiogram detector as an example.

First, the physiological response sensor 31 is placed on the body part where the user can measure the heartbeat, and the power is turned on so that the sexual stimulator 33 starts to perform vibration stimulation, and the processing module 30 performs the detection and analysis program (step S31). The details of the detection and analysis program The steps are shown in Figure 5. Then, the processing module 30 automatically adjusts the vibration frequency according to the detection and analysis results (step S32); then, the processing module 30 judges whether it is in a safe range and calculates the emotional index (step S33); if it is judged abnormal according to the sensing result of the user's heartbeat, Then the processing module 30 stops the vibration (step S34).

Referring to FIG. 5 , the steps of the detection and analysis program include: the physiological response sensor 31 captures a physiological response sensing signal of a user performing a sexual stimulation behavior (step S311 ), such as an electrocardiogram signal. Then, a detection and analysis program is performed by the processing module 30 to generate digital data (step S312 ). The digital data generated by the detection and analysis program is, for example, spectrum data generated by frequency domain analysis. Next, the processing module 30 evaluates the digital data according to the scoring standard and generates an emotion index (step S313); and the processing module 30 makes the output module 34 output the detection analysis result (step S314). In this example, the scoring standard is to distinguish the digital data of the electrocardiogram into an excited state according to the state of the heartbeat, a normal state when it represents a regular heartbeat, and a depressed state that represents an increase in blood pressure and heartbeat due to stress, and the output Module 34 produces an assessment that represents an excited state, an average state, or a depressed state. Similar principles can be applied to body temperature detector 221, respiration detector 222, skin impedance detector 223, electrocardiogram detector 225, pulse detector 226, gravity sensor 227 and sound detector as shown in FIG. 228, and according to the digital data of each component to distinguish the evaluation results of excited state, normal state or depressed state, all belong to the applicable category of the present invention.

Referring to FIG. 6 , together with FIG. 1 , the operation flow of the intelligent physiological response feedback control system 100 is described as follows. First, turn on the power supply of the first device 1 (step S101); switch the operation mode (step S102), there are three modes in this embodiment, including operation mode I (step S103), operation mode II (step S104) and operation mode III (step S105), and the first device 1 may prompt the current operation mode (step S106).

When in the operation mode I, the first device 1 executes the manual mode operation (step S107).

When in operation mode II, the second device 2 turns on the detection function (step S108), the first device 1 and the second device 2 are paired with each other through the wireless transmission function (step S109), and the first device 1 executes the manual mode and the second The second device 2 executes the detection function (step S110).

When in operation mode III, the second device 2 starts the detection function (step S111); the first device 1 and the second device 2 are paired with each other through the wireless transmission function (step S112), and execute the smart control mode (step S113). In the intelligent control mode, the intelligent physiological response feedback control system 100 can dynamically adjust the stimulation frequency according to the emotional response.

The present invention has at least the following effects: the processing module 30 cooperates with the physiological response sensor 22 to determine whether the user's physical condition is abnormal, and if it is in an abnormal state, the sexual stimulator 12 is stopped or the vibration frequency is reduced to avoid excessive sexual stimulation. Unfortunately, the output module 13 can generate an evaluation result representing an excited state, a general state or a depressed state, and can effectively display the degree of sexual excitement, so the purpose of the present invention can indeed be achieved.

Claims (9)

1. An intelligent physiological response feedback control system, characterized in that: comprising: A memory module, recording data of a normal model representing a normal state of sexual arousal in advance; A physiological response sensor, which captures a physiological response sensing signal of a user performing a sexual stimulation behavior; A sexual stimulator, controlling the intensity of the vibration frequency according to a driving signal; and A processing module, electrically connected to the memory module, the physiological response sensor and the sexual stimulator, the processing module obtains the physiological response sensing signal generated by the physiological response sensor and performs a detection and analysis program to generate a digital data, and The digital data correspondingly adjusts the driving signal to control the vibration frequency of the sex stimulator according to the strength of the user's physiological response sensing signal, and the processing module compares the digital data with the normal model data to judge the user's body Whether the condition is abnormal, if it is abnormal, the sexual stimulator is stopped or the vibration frequency is reduced. 2. The intelligent physiological response feedback control system according to claim 1, characterized in that: the physiological response sensor is a body temperature detector, a breathing detector, a skin impedance detector, a myoelectric detector sensor, an electrocardiogram detector, a pulse detector, a gravity sensor or a sound detector. 3. The intelligent physiological response feedback control system according to claim 1, wherein the detection and analysis program includes a time domain analysis step, an average calculation step, a frequency domain analysis step or an energy calculation step. 4. The intelligent physiological response feedback control system according to claim 1, characterized in that: it also comprises a first device and a second device which is separated from the first device, and the first device has the sexual stimulator , a first processor electrically connected to the sexual stimulator, and a first wireless transmitter electrically connected to the first processor and wirelessly transmitting the physiological response sensing signal; the second device has a second A processor and a second wireless transmitter, the physiological response sensor, the memory module and the second wireless transmitter are electrically connected to the second processor, and the second processor obtains the physiological response generated by the physiological response sensor Sensing the signal and performing the detection and analysis procedure to generate the digital data, and the digital data correspondingly adjusts the driving signal to control the vibration frequency of the sexual stimulator, and the second processor compares the digital data with a normal model data to obtain It is judged whether the user's physical condition is abnormal, and if it is abnormal, the sexual stimulator is made to reduce the vibration frequency. 5. The intelligent physiological response feedback control system according to claim 1, further comprising an output module electrically connected to the processing module, and if the processing module determines that it is in an abnormal state, the output module will generate a prompt Signal. 6. The intelligent physiological response feedback control system according to any one of claims 1 to 5, characterized in that it is a sex toy. 7. An intelligent physiological response feedback control method applied to an intelligent physiological response feedback control system, the intelligent physiological response feedback control system comprising a physiological response sensor, a sexual stimulator and a processing module, characterized in that: The method comprises the steps of: Using the physiological response sensor to capture a physiological response sensing signal of a user performing a sexual stimulation behavior; The processing module obtains the physiological response sensing signal generated by the physiological response sensor and performs a detection and analysis procedure to generate a digital data, and the digital data adjusts a driving signal correspondingly so as to follow the user's physiological response sensing signal strength and control the vibration frequency of the sexual stimulator; and The processing module compares the digital data with a normal model data to determine whether the user's physical condition is abnormal, and if it is abnormal, stops the sex stimulator or lowers the vibration frequency. 8 . The intelligent physiological response feedback control method according to claim 7 , wherein the detection and analysis program includes a time domain analysis step, an average calculation step, a frequency domain analysis step or an energy calculation step. 9. The intelligent physiological response feedback control method according to claim 7, characterized in that: the intelligent physiological response feedback control system also includes an output module, and the method also includes the following steps: The processing module evaluates the digital data according to a scoring standard, and the scoring standard is to distinguish the digital data into excited state, normal state and depressed state according to the state of sexual arousal, and makes the output module generate a signal representing excited state, normal state Or the evaluation results of the depressed state.