KR20240019530A - A System for Controlling a Lighting Means Based on a Condition of a Heart Rate - Google Patents

Abstract

The present invention relates to a control system for light emitting means based on heartbeat status. The control system of the light emitting means based on the heart rate state includes a heart rate detection module 11 that detects the heart rate in real time; a physical/mental state determination module 12 that determines a physical or psychological state based on the detected heart rate; and an operating state control module 13 that adjusts the operation of the light display means 14 based on the judgment information transmitted from the physical/psychological state determination module 12.

Description

{A System for Controlling a Lighting Means Based on a Condition of a Heart Rate}

The present invention relates to a control system for light-emitting means based on heartbeat status, and specifically relates to a control system for light-emitting means based on heartbeat status that adjusts the light-emitting state of a light-emitting means such as a cheering stick according to changes in heartbeat.

Heart rate or pulse refers to the number of heart beats per unit time, which is the number of pulses per minute. A person's average heart rate appears constant on average depending on age or physical condition. However, this heart rate can momentarily speed up or slow down depending on the state of exercise or emotional state. For example, if you feel excited or disappointed depending on the state of the performance or game at a performance hall or sports stadium, the heart rate state may be different depending on each state. And when this emotional state is displayed on a light stick or similar performance participation or cheering means, the audience's reaction to the performance or the audience's reaction to the game situation can be known. Various types of cheering sticks are used in performance halls or sports stadiums, and various known technologies have been disclosed in this regard. Patent registration number 10-1942809 discloses a pairing method with a user terminal and a light stick using it. Additionally, Patent Registration No. 10-2336353 discloses a light stick control system and method for directing performances. Prior art or known art discloses a method of creating various situations using a light stick. However, prior art or known art does not disclose means that can display the actual feelings or actual reactions of audiences or spectators with respect to performance situations or game situations. In a performance or sports game, if the audience's actual emotions according to the performance situation or game situation can be displayed, the actual situation of the performance or sports game can be confirmed. However, the prior art does not disclose how such actual emotions can be displayed.

The present invention is intended to solve the problems of the prior art and has the following purposes.

Prior art 1: Patent registration number 10-1942809 (Iseong Co., Ltd., et al., announced on January 31, 2019) User terminal and pairing method with a light stick using it Prior art 2: Patent registration number 10-2336353 (Copan Global Co., Ltd., announced on December 9, 2021) Lighting stick control system and method for directing performances

The object of the present invention is to provide a control system for a light-emitting means based on the heartbeat state, which detects the heartbeat state and allows adjustment of the light-emitting state of a light-emitting stick or similar light-emitting means based thereon.

According to a preferred embodiment of the present invention, the control system of the light emitting means based on the heart operation state includes a heart rate detection module for detecting the heart rate in real time; a physical/mental state determination module that determines a physical or psychological state based on the detected heart rate; and an operation state control module that adjusts the operation of the light display means based on the judgment information transmitted from the physical/psychological state determination module.

According to another suitable embodiment of the present invention, the operation of the light display means 14 is such that the light emission color, light emission level or light emission form is adjusted.

According to another suitable embodiment of the present invention, the light display means is a cheering stick used in a performance hall or sports stadium.

According to another suitable embodiment of the present invention, the physical/psychological state determination module or the operating state adjustment module is capable of communicating with the optical display means.

The control system of the light-emitting means based on the heartbeat state according to the present invention allows the light-emitting state of the light-emitting means to be adjusted based on the heartbeat state so that the actual reaction of, for example, a performance audience or a spectator at a sports stadium can be confirmed. The system according to the present invention is combined with an electric device, an electric heating device, a light emitting means such as an LED or a flashlight, or an acoustic device such as a microphone or a trumpet, so that the light emission level or sound level of the device or device changes depending on the user's heartbeat state. The system according to the present invention is capable of measuring the heart rate of the human body in a device in which the brightness and color of LED lights, which are used as cheering items for spectators such as spectators and fan club members at concerts and stadiums, are uniformly changed according to set values. By attaching a heart rate measuring device, the color or brightness of the light stick with LED lights changes depending on the user's heart rate. Accordingly, the individual's heart rate changes depending on the enthusiasm of the audience or fan club members cheering for the singer singing at the concert, the performer at the concert hall, or the player at the stadium, and the color or brightness of the LED light emitting means changes according to this change in heart rate. It can become a yardstick for evaluating cheering enthusiasm. In this way, the system according to the present invention allows the means of the audience's response to the person to be cheered to be displayed or transmitted. In addition, it allows the cheering enthusiasm of different cheering squads to be compared. Additionally, heart rate can be displayed numerically to heighten cheering enthusiasm, and cheering enthusiasm can be contrasted in different situations. In this way, the system according to the present invention combines a general electric device, heating device, or lighting device with a heart rate sensor to change the brightness or color of the lighting device or adjust the state of the heating device according to the user's heart rate. As a result, the expressive functions of various electrical devices change according to changes in heart rate, allowing the user's mind to be expressed and communicated. In the system according to the present invention, the electric device and the heart rate measurement sensor are integrated, or the electric device and the heart rate measurement sensor are separated from each other and connected through wireless communication such as Bluetooth, so that the display state of the electric device changes according to changes in heart rate. . Additionally, the system according to the present invention allows the display form or shape of the electric device to change in addition to simply changing color and brightness depending on the change in heart rate as measured by the heart rate sensor.

Figure 1 shows an embodiment of a control system for light emitting means based on the heartbeat state according to the present invention.
Figure 2 shows an embodiment of the operating structure of the control system according to the present invention.
Figure 3 shows an embodiment to which the control system according to the present invention is applied.
Figure 4 shows an embodiment of a method of controlling light emitting means according to the heartbeat state by the system according to the present invention.

Below, the present invention will be described in detail with reference to the embodiments shown in the attached drawings, but the examples are for a clear understanding of the present invention and the present invention is not limited thereto. In the description below, components having the same reference numerals in different drawings have similar functions, so unless necessary for understanding the invention, the description will not be repeated, and well-known components will be briefly described or omitted, but the present invention It should not be understood as being excluded from the embodiments.

Figure 1 shows an embodiment of a control system for light emitting means based on the heartbeat state according to the present invention.

Referring to Figure 1, the control system of the light emitting means based on the heart rate state includes a heart rate detection module 11 that detects the heart rate in real time; a physical/mental state determination module 12 that determines a physical or psychological state based on the detected heart rate; and an operating state adjustment module 13 that adjusts the operation of the light display means 14 based on the judgment information transmitted from the physical/psychological state determination module 12.

The heart rate of the heart rate detection module 11 can be detected in real time, and the heart rate detection module 11 includes various types of heart rate monitors capable of measuring heart rate, or has a receiving means capable of receiving the heart rate measured from the heart rate monitor. It can be included. The heart rate detection module 11 may be operated by a measurement start signal to measure the heart rate or receive the measured heart rate. The heart rate detected by the heart rate detection module 11 may be transmitted to the physical/psychological state determination module 12. The physical/mental state determination module 12 is formed integrally with the heart rate detection module 11, or is made as an independent module and is connected or combined with the heart rate detection module 11, or communicates with the heart rate detection module 11 through Bluetooth or Wi-Fi. It may have a structure capable of communicating through short-distance communication means such as Pi communication. The physical/mental state determination module 12 may have a function of determining the physical or psychological state based on the heart rate obtained from the heart rate detection module 11. The physical/psychological state determination module 12 may include a reference database 121, and the reference database 121 may include average heart rate data, physical changes according to heart rate changes, psychological state changes according to heart rate changes, or various May include data about heart rate, which may vary in the environment. The physical/psychological state determination module 12 may judge or determine the physical or psychological state of the detection target by referring to the reference database 121. And the determined physical or psychological state may be transmitted to the operating state adjustment module 13.

The operating state adjustment module 13 may have the function of adjusting the display state of the light display means 14 according to the physical or psychological state of the detection subject. When information about the physical or psychological state is transmitted from the physical/psychological state determination module 12, the operating state adjustment module 13 can determine the display state of the optical display means 14 according to different physical or psychological states. The display data module 131 may be prepared, and display data for display states according to various physical or psychological states may be prepared in the display data module 131. A plurality of display data may be prepared, and each display data may correspond to a respective physical state or psychological state. The operating state adjustment module 13 may search for corresponding display data based on the physical or psychological state information transmitted from the physical/mental state determination module 12. When display data is searched in this way, the light display means 14 can be operated according to the display data. The light display means 14 may be, for example, but are not limited to cheering sticks or similar cheering tools used in performance halls, sports stadiums, or similar events. The light display means 14 may include at least a light emitting element such as an LED, and may optionally include various types of sound generating means. The light display means 14 may display different colors, different shapes, or different shapes depending on how the light emitting device operates. Display data may be transmitted to the optical display means 14, for example, through Bluetooth communication. An operation control module may be disposed on the light display means 14, and the operation control module may operate the light display means based on received display data. As a result, the light display means 14 can be operated in various forms according to the physical state or psychological state of the detection target and operated to correspond to the physical state or psychological state of the detection subject. The light display means 14 can be a variety of cheering means capable of displaying various shapes, and the present invention is not limited thereby.

Figure 2 shows an embodiment of the operating structure of the control system according to the present invention.

Referring to FIG. 2, the heart rate can be measured in real time by a heart rate measuring means 21 such as a heart rate monitor, and the measured heart rate can be transmitted to the physical/psychological state index setting module 22. The physical/psychological state index setting module 22 can set an index for the current psychological state based on the measured heart rate. The average heart rate may be determined in advance, and an index for the heart rate measured in real time may be set based on the average heart rate. Specifically, if the average heart rate is set to 5, the measured heart rate may have an index value of 1 to 10. Additionally, 1 may represent a depressed state or a state of lowered mood compared to the average state, and 10 may represent an excited state or a state of elevated mood. In this way, when the physical state or psychological state index is set and transmitted to the operating state adjustment module 13, the display state of the optical display means can be adjusted based on it. The operation state adjustment module 13 includes an operation level setting module 23 that sets the operation level based on the status index and an operation control module 24 that controls the operation of the light display means according to the set operation level. The operating level may be set by the operating level setting module 23, and the operating level may be set to correspond to the status index. As described above, the light display means may be various means such as light sticks for the spectator or audience to indicate their support or response to the performance. The light display means 14 may include light-emitting elements such as a plurality of LED elements arranged in various shapes, and may optionally include sound generating means. A display operation module 25 for controlling the light display means may be installed, and the display operation module 25 includes a light emission color unit 25a that determines the light emission color of the light emitting element; a light emission level unit 25b that determines the light emission level of the light emitting element; a light emitting form unit 25c that selectively operates a light emitting element to display a shape or form; and a sound generation unit 26 that determines the sound to be generated. The operation control module 24 operates the luminous color unit 25a, the luminous level unit 25b, the luminous shape unit 25c or the sound generating unit 26 to adjust the color, brightness, shape or sound of the light display means. You can. The light display means can be made into various operating states and the invention is not limited thereby.

Figure 3 shows an embodiment to which the control system according to the present invention is applied.

Referring to FIG. 3, the heart rate monitor can be constructed to be worn on the wrist, and specifically includes a measuring body 31 on one side of which is in contact with the wrist; A communication chip 32 for Bluetooth communication or similar short-distance communication disposed inside the measuring body 31; and a wearing means 33 for wearing on the wrist. Additionally, a state determination module 37 may be disposed on the measuring body 31. Optionally, a state determination module 37 may be installed on the light stick. The light stick includes a light emitting bar 34 with at least one LED element disposed therein; handle (35); and an operation chip 36 disposed inside the handle 35, and an operation control module 38 may be disposed on the operation chip 36. A communication chip can be installed in the light stick, and the heart rate monitor can communicate data directly with the light stick through Bluetooth communication. Alternatively, the heart rate monitor can communicate with a mobile device (M), for example a smartphone. In this way, when communicating via the mobile device (M), the state determination module 37 or the operation control module 38 may be installed in the mobile device (M). The heart rate monitor and the light stick can communicate directly or through the mobile device (M), and in this process, the display state of the light stick can be adjusted. Specifically, the heart rate is measured (P31); A step (P32) in which a physical state or psychological state is determined based on the measured heart rate; A step (P33) in which the determined state is transmitted to the light stick through a communication means; and a step (P34) in which the operation of the light stick is adjusted based on the determined state. Below, this process is explained in detail.

Figure 4 shows an embodiment of a method of controlling light emitting means according to the heartbeat state by the system according to the present invention.

Referring to Figure 4, the method of controlling the light emitting means according to the heart rate state includes the step of measuring the heart rate by the heart rate measuring means (P41); Calculating a heart rate index based on the measured heart rate (P42); A step in which the physical or psychological state is judged according to the calculated heart rate index (P43); A step in which it is confirmed whether there is a change in status according to the judgment result (P44); Step (P45) where the light display is set according to the confirmation result; Step (P46) where the set light display is transmitted to the light stick; and a step (P47) in which the operation of the light display means is controlled according to the settings of the received light display. Heart rate can be measured by a heart rate monitor (P41); The heart rate index can be calculated by comparing the measured heart rate with the average heart rate (P42). Depending on the heart rate index, it can be determined whether the physical or psychological state is normal, depressed, or excited (P43). Additionally, the level of depression or excitement can be determined by the heart rate index. In this way, it can be confirmed whether there is a change in the physical or psychological state of the subject (P44). If the physical or psychological state corresponds to the average state and there is no change (NO), the heart rate index can be calculated again for the heart rate measured in real time (P42). In contrast, if it is confirmed that there is a change in the physical state or psychological state (YES), an optical display may be set to adjust the operation of the optical display means according to the heart rate index (P45). And the setting value can be transmitted to the optical display means through a communication means such as Bluetooth communication (P46). Accordingly, the operation of the light display means can be controlled (P47). As explained above, optical display means such as heart rate monitors and light sticks can be operated via mobile devices such as smart phones. In this structure, when the heart rate is measured by the heart rate monitor (P41) and transmitted to the mobile device, the subsequent process is carried out in the mobile device, and the processing results from the mobile device can be transmitted to the optical display means. Alternatively, the operation of the light display means may be controlled by a mobile device. The operation of the light display means can be accomplished in a variety of ways and is not limited to the presented embodiment.

Although the present invention has been described in detail above with reference to the presented embodiments, those skilled in the art will be able to make various variations and modifications without departing from the technical spirit of the present invention by referring to the presented embodiments. . The present invention is not limited by such variations and modifications, but is limited by the claims appended below.

11: Heart rate detection module 12: Physical/psychological state judgment module
13: operating state control module 14: optical display means

Claims (4)

A heart rate detection module (11) that detects the heart rate in real time;
a physical/mental state determination module 12 that determines a physical or psychological state based on the detected heart rate; and
A control system for light-emitting means based on heartbeat status, comprising an operation state control module (13) that regulates the operation of the light display means (14) based on judgment information transmitted from the physical/psychological state determination module (12). The control system of the light emitting means according to claim 1, wherein the operation of the light display means (14) is based on the heartbeat state, characterized in that the color of the light, the level of the light or the shape of the light is adjusted. The control system of light emitting means based on heartbeat status according to claim 1, wherein the light display means (12) is a cheering stick used in a performance hall or sports stadium. The control system of light emitting means based on heartbeat status according to claim 1, wherein the physical/psychological state determination module (12) or the operating state control module (13) is capable of communicating with the light display means (14).