TW201820933A - Light control system with interactive response function and method thereof - Google Patents

Abstract

A light control system with interactive response function and method thereof is disclosed. By detecting a human body activity within a target space to produce a first state and a second state, and enabling a illumination module to provide a illumination light source when generating the first state, and enabling a timer to continue timing for generating a cumulative time when the first state transfer to the second state, so as to play a prompt voice when the cumulative time and a preset time are equal, and detecting a vibration number of the partition walls to disable or to enable the illumination module. The mechanism is help to improve the control convenience of the illumination light source.

Description

Light control system with interactive response function and method thereof

The invention relates to a lamp control system and a method thereof, in particular to a lamp control system and a method thereof for controlling an illumination source with an interactive response function according to vibration after playing a prompt voice.

In recent years, with the popularity and booming of sensors, the application of various sensors has sprung up, among which automatic inductive lighting devices are the most common.

In general, a conventional automatic inductive lighting device uses an infrared sensor to sense human activity to turn an illumination source on or off. When sensing human activity, the illumination source is turned on for a predetermined fixed time, and vice versa. Turn off the lighting source to save energy. However, due to the limited sensing range of the infrared sensor, when the human body is outside the sensing range but still wants to continue to provide the illumination source, this method will be limited by the sensing range of the infrared sensor and cannot continue. An illumination source is provided, and the illumination source can only be provided according to a preset fixed time. Therefore, there is a problem that the duration of the illumination source is inconvenient to control.

For example, when an automatic inductive lighting device is applied to a public toilet, when a person enters the toilet, the sensor senses someone, that is, lights up and starts timing, but because of the wide space of the public toilet, the sensing range of the sensor Limited, when someone enters the toilet and leaves the sensing range of the sensor, such as into the toilet compartment, the sensor cannot know if anyone is inside. If the lighting is turned off when the time is up, it will cause a lot of inconvenience to the upper ones. If the user is on the small size, although the timer can be set for a short time (for example, 2 minutes), if the user is large, the user is small. It takes 10 minutes to set up, and even 20 minutes is not enough; therefore, the timer setting of many toilets faces a dilemma. Setting too short will cause inconvenience to the upper ones. Setting too long is contrary to the purpose of energy saving. Therefore, under the premise of energy saving, it is still impossible to effectively control the duration of the illumination source.

In summary, it can be seen that there has been a problem in the prior art that the duration of the illumination source is inconvenient to control, and it is therefore necessary to propose an improved technical means to solve this problem.

The invention discloses a light control system with an interactive response function and a method thereof.

Firstly, the present invention discloses a light control system with an interactive response function, the system comprising: a lighting module, a first sensing module, a second sensing module, a prompting module and a control module. The illumination module is configured to provide an illumination source; the first sensing module is configured to continuously sense the human activity in the target space, and generate a first state when the human body is sensed, and generate the first when the human activity is not sensed. a second state; the second sensing module has a vibration sensor, the vibration sensor is disposed in the compartment board of the target space to sense the number of vibrations of the compartment board; and the prompting module is used to generate the first In the state, the illumination module is enabled to provide an illumination source, and when the first state is changed to the second state, the illumination module and the timer are enabled to keep the timer continuously to generate the accumulated time, when the accumulated time and the preset When the time is the same, the preset prompt voice is played by the speaker; and the control module is used to detect the number of vibrations after the prompt voice is played. When the number of vibrations is zero, the illumination module is disabled to turn off the illumination source and disable. The timer resets the accumulated time and, when the number of vibrations is not a value of zero, continuously enables the lighting module to provide an illumination source and resets the accumulated time and retimes the timer.

In addition, the present invention discloses a light control method with an interactive response function, the steps of which include: continuously sensing human activity in a target space, generating a first state when sensing human activity, and generating a first time when human activity is not sensed a second state; a vibration sensor is provided to set a compartment plate in the target space for sensing the number of vibrations of the compartment plate; when the first state is generated, the illumination module is enabled to provide an illumination source, and When the first state is changed to the second state, the illumination module and the timer are enabled to keep the timer continuously to generate the accumulated time. When the accumulated time is the same as the preset time, the preset prompt voice is played by the speaker; After the prompt voice is played, the number of vibrations is detected. When the number of vibrations is zero, the lighting module is disabled to turn off the illumination source and disable the timer and reset the accumulated time, and when the number of vibrations is not zero, the continuous The module can be illuminated to provide an illumination source and reset the accumulated time and retime the timer.

The system and method disclosed in the present invention are as above, and the difference from the prior art is that the present invention generates the first state and the second state by continuously detecting the human body activity in the target space, and when the first state is generated, the illumination mode is enabled. The group is configured to provide an illumination source, and when the first state transitions to the second state, the timer is simultaneously enabled to generate a cumulative time by continuous timing, so that when the accumulated time is the same as the preset time, the prompt voice is played, and after the prompt voice is played, The number of vibrations of the compartment board is detected to determine whether the lighting module is disabled or enabled.

Through the above technical means, the present invention can achieve the technical effect of improving the convenience of controlling the illumination source.

The embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, so that the application of the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented.

Before describing the lamp control system and the method thereof with the interactive response function disclosed in the present invention, the nouns defined by the present invention are described. The target space in the present invention refers to a space for detecting human activities, for example: Bathroom, toilet, etc. In fact, the sensing range of the infrared sensor can be considered as part or all of the target space.

The following is a description of the lamp control system and its method with interactive response function according to the present invention. Please refer to "FIG. 1" first, and "FIG. 1" is a system block diagram of the lamp control system with interactive response function of the present invention. The system includes: a lighting module 110, a first sensing module 120, a second sensing module 130, a prompting module 140, and a control module 150. The illumination module 110 is configured to provide an illumination source. In practical implementation, the lighting module 110 can be implemented using a light emitting diode, a light bulb, a fluorescent lamp, or the like.

The first sensing module 120 is configured to continuously sense the human activity of the target space, generate a first state when the human body is sensed, and generate a second state when the human body activity is not sensed. In practical implementation, the human activity continuously sensing the target space may be sensed by the on/off state of the latch switch and sensing by the infrared sensor or at least one of them, for example, when sensing the latch When the switch is in the on state, it means that there is no human body activity in the target space, so the second state is generated; when the sense door latch switch is in the off state, the target space has human body activity, so the first state is generated. In addition, if sensing is performed by the infrared sensor, the first state is generated when the human body activity is sensed in the target space, and the second state is generated if the target space is not sensed.

The second sensing module 130 has a vibration sensor disposed in the compartment panel of the target space to sense the number of vibrations of the compartment panel. In practical implementation, the vibration sensor senses the number of vibrations of the compartment board within a certain period of time (for example, from the start of playing the prompt voice until the Nth second, where N is a positive integer), and exceeds In this time range, the number of vibrations is reset to zero.

The prompting module 140 is configured to enable the lighting module 110 to provide an illumination source when the first sensing module 120 generates the first state, and simultaneously enable illumination when the first state transitions to the second state. The module 110 and the timer keep the timer continuously to generate the accumulated time. When the accumulated time is the same as the preset time, the preset prompt voice is played by the speaker. The preset time is preset in the storage device of the prompt module 140, such as non-volatile memory.

The control module 150 is configured to detect the number of vibrations sensed by the vibration sensor after the prompting module 140 plays the prompt voice. When the number of vibrations is zero, the lighting module 110 is disabled to turn off the illumination source. And disabling the timer and resetting the accumulated time, and when the number of vibrations is not a value of zero, the illumination module 110 is continuously enabled to provide an illumination source and reset the accumulated time and retime the timer. In the actual implementation, the foregoing prompt module 140 and the control module 150 mentioned herein are implemented by a Micro Controller Unit (MCU), and the microcontroller is electrically connected to the lighting module 110, first. The sensing module 120 and the second sensing module 130 are configured to receive the sensed data from the first sensing module 120 and the second sensing module 130 and process and transmit the enabling/disabling signal to the illumination. Module 110 and speaker.

Next, please refer to "Fig. 2", which is a flow chart of a method for controlling a light control method with an interactive response function, the steps of which include: continuously sensing human activity in a target space, when sensing human activity Generating a first state, generating a second state when no human activity is sensed (step 210); providing a vibration sensor to set a compartment plate in the target space for sensing the number of vibrations of the compartment plate (Step 220); when the first state is generated, the illumination module 110 is enabled to provide the illumination source, and when the first state is changed to the second state, the illumination module 110 and the timer are enabled to keep the timer continuously To generate an accumulated time, when the accumulated time is the same as the preset time, the preset prompt voice is played by the speaker (step 230); after the prompt voice is played, the number of vibrations is detected, and when the number of vibrations is zero, the illumination is disabled. The module 110 is configured to turn off the illumination source and disable the timer and reset the accumulated time, and when the number of vibrations is not a value of zero, continuously enable the illumination module 110 to provide the illumination source and reset the accumulated time and make Re-counted (step 240). Through the above steps, the first state and the second state can be generated by continuously detecting the human body activity in the target space, and when the first state is generated, the illumination module 110 is enabled to provide the illumination light source, and when the first state transitions In the second state, the timer is simultaneously enabled to generate the accumulated time in a continuous time, so that the prompt voice is played when the accumulated time is the same as the preset time, and when the prompt voice is played, the number of vibrations of the partition board is detected to determine the disable. Or enable the lighting module 110.

Please refer to FIG. 3 and FIG. 3 for a block diagram of another embodiment of a light control system with an interactive response function. The system includes: a lighting module 110 and a first sensing module 120. The second sensing module 130, the prompting module 140, the control module 150, the emergency module 160, and the police connection system 170. The difference from the system described in FIG. 1 is that the emergency module 160 is further configured to play a preset inquiry voice by the speaker when the number of vibrations exceeds a preset number of times, and detect the vibration after the voice is played. When the number of times continues to increase, a distress signal is generated and transmitted to the police connection system 170. In actual implementation, when the distress signal is generated, in addition to transmitting the distress signal to the police connection system, the emergency module 160 can also cause the speaker to continuously play the alarm voice to serve as a warning function. The foregoing inquiry voice and alarm voice may be preset in the emergency module 160, wherein the inquiry voice may be a voice asking whether the help is needed, and the alarm voice may be a simple alarm sound. In addition, when the distress signal is generated, the illumination module 110 can also be enabled to enable the illumination module 110 to continuously provide a blinking and red illumination source, making it easier for others to notice that the target space 500 is in a situation.

Next, please refer to FIG. 4, which is a flowchart of another embodiment of the light control method with interactive response function of the present invention, and the difference between the steps and the second figure is at step 240. After that, when the number of vibrations exceeds the preset number of times, the preset inquiry voice is played by the speaker, and after the voice playback is requested, when the number of vibrations is continuously increased, a distress signal is generated and transmitted to the police connection system. (Step 250). For example, suppose the preset number is the value 4, and the description content of the preset inquiry voice is: "Do you need help? Please continue to tap; do not need to stop tapping", when the user is in the target space and knock When hitting the compartment board 5 times, the inquiry voice will be played by the speaker to confirm whether the user needs help. At this time, if the number of vibrations detected is continuously increased, the user will be judged to need help, so the distress signal is transmitted to the police station. Line system for help.

The following description will be made by way of example with reference to "figure 5" to "figure 7". Please refer to "figure 5" and "figure 5" for a schematic diagram of the arrangement of the present invention in the target space. In actual implementation, the prompt module 140 and the control module 150 are operated in the computer device 502. When the user enters the target space 500 and enters the sensing range of the infrared sensor 510, the first sensing module The first state is generated by the infrared sensor 510 sensing the human body activity, and the second sensing module 130 senses the number of vibrations of the compartment plate 501 through the vibration sensor 520 disposed in the compartment plate 501. Next, the prompting module 140 enables the lighting module 110 to provide an illumination source when the first state is generated. Assuming that the user leaves the sensing range of the infrared sensor 510 but is still in the target space 500, the first sensing module 120 may generate the second state because the human body activity is not sensed, at this time, since the first The state transitions to the second state, and the prompting module 140, in addition to continuously enabling the lighting module 110, simultaneously enables the timer to keep the timer continuously to generate the accumulated time, and when the accumulated time is the same as the preset time The preset prompt voice is played through the speaker 530 to remind the user to tap the partition board if he wants to continue using it. If the user taps on any of the compartment boards 501 after the prompting voice is played by the speaker 530, the vibration sensor 520 will sense the vibration to obtain the number of vibrations. In actual implementation, the vibration sensor 520 senses the time. The number of vibrations within the range (for example, 5 seconds after the prompt voice is played), and the number of vibrations is reset to zero when the time range is exceeded. Next, the control module 150 determines whether to turn off the illumination source according to whether the number of vibrations is a value of zero. If the number of vibrations is zero, the illumination module 110 is disabled to turn off the illumination source and disable the timer and reset the accumulated time. Conversely, if the number of vibrations is not a value of zero, the illumination module 110 is continuously enabled to provide an illumination source, and the accumulated time is reset and the timer is retimed. In this way, the user can extend the time for the illumination module 110 to provide the illumination source by tapping the compartment board 501, so that the supply time of the illumination source is controllable.

In particular, when the user enters the target space 500, the first sensing module 120 can also sense the human body activity of the target space 500 by sensing the on/off state of the door latch switch 540. For example, Assuming that the latch switch 540 is sensed to be in an open state, a second state is generated that represents no human activity, and conversely, if the latch switch 540 is sensed to be in a closed state, a first state representative of human activity is generated. In addition, the computer device 502, the illumination module 110, the infrared sensor 510, the vibration sensor 520, the speaker 530, and the latch switch 540 can be connected to each other and transmit signals through wired, wireless, or both. It should be added that, in actual implementation, the lighting module 110 may also be disposed outside the target space 500.

As shown in "Figure 6," "Figure 6" is a schematic diagram of the application of the present invention to generate a distress signal. In actual implementation, the emergency module 160 runs in the computer device 502, so that when the number of vibrations exceeds a preset number of times, the emergency module 160 uses the speaker 530 to play a preset inquiry voice, and after the voice is played, it is detected. When the number of vibrations continues to increase, a distress signal is generated and transmitted to the police connection system 170. In this way, in addition to the time when the user can control the illumination source by tapping the compartment board, the user can also send a distress signal by tapping the compartment board, thereby effectively increasing the safety when the target space 500 is used. The computer device 502, the illumination module 110, the infrared sensor 510, the vibration sensor 520, the speaker 530, the latch switch 540, and the police connection system 170 can be connected to each other by wire, wireless, or both. And transmit the signal.

Please refer to "Fig. 7" and "Fig. 7" for a plan view of the application of the present invention to a public toilet. The target space 700 is an overall space of the public toilet; the sensing range 711 of the first sensing module 710 is a part of the target space 700, generally covering the area of the public toilet entrance and exit; the compartment board 720 may include a door panel. In practical implementation, the prompt module 140 and the control module 150 are operated in a computer device (not shown), and the vibration sensor needs to be disposed on the compartment board 720, such as a computer device, a speaker, and a lighting module. Groups and the like can be disposed at any position of the target space 700 and electrically connected. In particular, it is not necessary to provide a vibration sensor at each interval as shown in "Fig. 5" or "Fig. 6". It is only necessary to install a vibration sensor in any compartment to receive the percussive vibration of each compartment in response to the transmission of the reliable shock wave. In addition to the manner in which the first sensing module 510 is disposed between the toilets as shown in FIG. 5 or FIG. 6, the first sensing mode as illustrated in FIG. 7 may be used. Group 710 is placed on the ceiling of the public toilet entrance and exit. When the user passes through the public toilet entrance and exit, the first sensing module 710 senses the human body activity, generates the first state, and causes the prompting module 140 to enable the lighting module 110 until the user enters the public toilet and leaves the sensing range. After the 711, the first sensing module 120 will generate the second state, and the prompting module 140 will simultaneously enable the lighting module 110 and the timer when the first state is changed to the second state, so that the timer continues to be timed. To generate the accumulated time, when the accumulated time is the same as the preset time, the preset prompt voice is played through the speaker to remind the user that the compartment board 720 needs to be tapped if the illumination is to be maintained. If the user is still in the public toilet at this time, the user can respond according to the prompt voice, that is, the shock wave generated by the hitting board 720 is transmitted to the vibration sensor, so that the control module 150 detects the vibration. The number of times, and the lighting module 110 is enabled according to the number of vibrations, while the accumulated time is reset and the timer is re-timed.

In summary, it can be seen that the difference between the present invention and the prior art is that the first state and the second state are generated by continuously detecting the human body activity of the target space, and when the first state is generated, the lighting module is enabled to provide Illumination, and when the first state is changed to the second state, the timer is simultaneously enabled to generate the accumulated time by continuous timing, so that the prompt voice is played when the accumulated time is the same as the preset time, and the compartment is detected when the prompt voice is played. The number of vibrations of the board can be used to determine the inability to disable or enable the lighting module, and the technical problem can be solved by the prior art, thereby achieving the technical effect of improving the convenience of controlling the illumination source.

While the present invention has been described above in the foregoing embodiments, it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The scope of patent protection shall be subject to the definition of the scope of the patent application attached to this specification.

110‧‧‧Lighting module

120‧‧‧First sensing module

130‧‧‧Second sensing module

140‧‧‧ prompt module

150‧‧‧Control Module

160‧‧‧Emergency Module

170‧‧‧Police connection system

500‧‧‧target space

501‧‧‧ Compartment board

502‧‧‧Computer equipment

510‧‧‧Infrared sensor

520‧‧‧Vibration sensor

530‧‧‧Speaker

540‧‧‧Latch switch

700‧‧‧Target space

710‧‧‧First sensing module

711‧‧‧Sensing range

720‧‧‧ Compartment board

Step 210‧‧‧Continuously sensing human activity in a target space, generating a first state when sensing human activity, and generating a second state when human activity is not sensed

Step 220 ‧ ‧ providing at least one vibration sensor to at least one compartment plate disposed in the target space for sensing a number of vibrations of the compartment panel

Step 230‧‧‧, when the first state is generated, enabling a lighting module to provide an illumination source, and enabling the illumination module and a timer when the first state transitions to the second state Keeping the timer continuously to generate an accumulated time, when the accumulated time is the same as a preset time, playing a preset prompt voice with a speaker

Step 240‧‧‧ After detecting the prompt voice, detecting the number of vibrations, when the number of vibrations is zero, the lighting module is disabled to turn off the illumination source and disable the timer and reset the accumulated time And when the number of vibrations is not a value of zero, continuously enabling the lighting module to provide the illumination source and resetting the accumulated time and re-clocking the timer

Step 250‧‧‧ When the number of vibrations exceeds a preset number of times, a predetermined inquiry voice is played by the speaker, and after the inquiry voice is played, when the number of vibrations is continuously increased, a distress signal is generated and Transfer to a police connection system

FIG. 1 is a system block diagram of a lamp control system with an interactive response function according to the present invention. FIG. 2 is a flow chart of a method for lighting control method with interactive response function according to the present invention. FIG. 3 is a schematic diagram of another embodiment of a lamp control system with an interactive response function according to the present invention. FIG. 4 is a flow chart of a method for another embodiment of a lamp control method with an interactive response function according to the present invention. Figure 5 is a schematic diagram of the configuration of the present invention applied to the target space. Figure 6 is a schematic diagram of the application of the present invention to generate a distress signal. Figure 7 is a plan view showing the application of the present invention to a public toilet.

Claims (10)

A light control system with an interactive response function, the system comprising: a lighting module for providing an illumination source; a first sensing module for continuously sensing human activity in a target space, when sensed When the human body is active, a first state is generated, and when the human body activity is not sensed, a second state is generated; a second sensing module, the second sensing module has at least one vibration sensor, the vibration feeling The detector is disposed in the at least one compartment of the target space to sense a number of vibrations of the compartment; a prompting module is configured to enable the lighting module to provide the first state when the first state is generated Illuminating the light source, and when the first state transitions to the second state, enabling the lighting module and a timer to cause the timer to continuously count to generate an accumulated time when the accumulated time is the same as a preset time Playing a preset prompt voice with a speaker; and a control module for detecting the number of vibrations after playing the prompt voice, and when the number of vibrations is a value of zero, the illumination module is disabled Turn off the illumination source and Enabling the timer and resets the accumulated time, and when the vibration frequency and the value is not zero for enabling the module to provide illumination of the illumination source and resetting the cumulative time that the timer and re-timing. The light control system with the interactive response function according to the first application of the patent scope, wherein the system further comprises an emergency module for playing a preset query voice with the speaker when the number of vibrations exceeds a preset number of times And after detecting the voice playback, detecting that the number of vibrations continues to increase, a distress signal is generated and transmitted to a police connection system. According to the light control system with the interactive response function of claim 2, wherein the emergency module causes the speaker to continuously play a preset alarm voice. According to the lighting control system with the interactive response function of the second application of the patent scope, when the distress signal is generated, the illumination module is enabled to enable the illumination module to continuously provide the illumination source that is blinking and red. According to the lighting control system with the interactive response function of claim 1, wherein the human activity that continuously senses the target space senses the on/off state of a latch switch and senses with at least one infrared sensor or At least one of them. A light control method with an interactive response function includes the steps of: continuously sensing human activity in a target space, generating a first state when sensing human activity, and generating a second state when human activity is not sensed Providing at least one vibration sensor for at least one compartment disposed in the target space for sensing a number of vibrations of the compartment panel; when the first state is generated, enabling a lighting module to Providing an illumination source, and when the first state transitions to the second state, enabling the illumination module and a timer to cause the timer to continuously count to generate an accumulated time, when the accumulated time and a preset When the time is the same, the preset prompt voice is played by a speaker; and after the prompt voice is played, the number of vibrations is detected. When the number of vibrations is zero, the lighting module is disabled to turn off the illumination source and Disabling the timer and resetting the accumulated time, and when the number of vibrations is not a value of zero, continuously enabling the lighting module to provide the illumination source and resetting the accumulated time and causing the timer to be re-enabled Timing. According to the light control method of the interactive response function of claim 6, wherein the method further comprises: when the number of vibrations exceeds a preset number of times, playing a preset inquiry voice with the speaker, and playing the voice in the inquiry After detecting the number of vibrations continuously increasing, a distress signal is generated and transmitted to a police connection system. According to the light control method of the interactive response function according to Item 7 of the patent application, wherein the help signal is generated, the speaker continuously plays a preset alarm voice. According to the lighting control method of the interactive response function of claim 7, wherein the distress signal is generated, the illumination module is enabled to enable the illumination module to continuously provide the illumination source that is blinking and red. According to the light control method of the interactive response function of claim 6, wherein the human activity continuously sensing the target space senses an on/off state of a latch switch and is sensed by at least one infrared sensor or At least one of them.