TWM580198U - Voice-controlled alarm circuit and system - Google Patents

Abstract

The present invention relates to a voice-activated alarm circuit and system, the system comprising: a voice-activated alarm circuit, comprising: a central processing unit; a radio module, electrically connected to the central processing unit; a broadcast module, and the The central processing unit is electrically connected; an operation module is disposed in a mobile device, and the operation module communicates with the sound receiving module through the mobile device; the new type uses an acoustic control to set an alarm clock, which can remotely set an alarm clock, and is easy to operate. And the convenience; the new type can also use the bird song as the setting alarm and set the sound, in the process of setting the alarm can hear the pleasant bird song, increase the interactive taste.

Description

Voice-activated alarm circuit and system

An alarm circuit and system, in particular, a voice control alarm circuit and system that can be controlled by sound.

As a common daily necessities, the alarm clock is almost a tool that everyone uses every day. Whether the student has to get up early to go to school in the era of studying, or the office workers need to go to work on time every day, they will be afraid to oversleep and prepare for the alarm clock.

With the changes of the times, the type of the alarm clock can be gradually improved from the early winding type to the later mechanical ringing type to the current electronic digital alarm clock.

At present, most of the electronic alarm clocks must manually set the current time or alarm time on the alarm clock. However, if the alarm clock is far away from the bed, you must go to the alarm clock to set the alarm time, which is inconvenient or convenient, or if you want to preset the alarm. Time, you must go to the alarm clock settings, remote remote control settings, convenience is not enough.

In view of the fact that the alarm circuit of the electronic digital alarm clock with wireless connection function is relatively high in cost and difficult to use, the present invention provides a voice-activated alarm system, which is equipped with an operation module stored in the mobile device by a voice-activated alarm circuit. Set the alarm clock in a voice-activated manner to improve the convenience of use.

In order to achieve the above object, the voice control alarm system of the present invention comprises: a voice control alarm circuit, comprising: a central processing unit; a radio module, electrically connected to the central processing unit; a memory unit electrically connected to the central processing unit, the memory unit storing at least one ringtone and at least one determined sound; a broadcast module, Electrically connected to the central processing unit for playing the at least one ringtone and at least one determined sound; a display module electrically connected to the central processing unit for displaying the current time and the alarm time; The group is electrically connected to the central processing unit for adjusting the current time and the alarm time. An operation module is disposed in a mobile device, and the operation module communicates with the sound module through the mobile device. The operation module provides an operation interface on the mobile device, the operation interface is used to set the current time and the alarm time setting value, and the operation module converts the current time and the alarm time into a setting command and stores at least one Setting a sound; wherein the central processing unit receives the setting sound that is played by the operation module with the setting instruction, and is set according to the setting instruction Before the time and alarm time, the broadcast module by playing the at least one determined voice.

The present invention further provides a voice-activated alarm circuit, which is connected to an operation module via a sound wave communication. The operation module is stored on a mobile device, wherein the operation module stores and at least one set sound, and generates a current time and The alarm time setting command comprises: a central processing unit; a sound receiving module electrically connected to the central processing unit; a memory unit electrically connected to the central processing unit, the memory unit storing At least one ringtone and at least one determined sound; a broadcast module electrically connected to the central processing unit for playing the at least one ringtone and at least one determined sound; a display module electrically connected to the central processing unit for displaying the current time and the alarm time a touch module electrically connected to the central processing unit for adjusting a current time and an alarm time; wherein the central processing unit receives the at least one set sound that is played by the operation module with the setting command And setting a current time and an alarm time according to the setting instruction, and playing the at least one determined sound by the broadcasting module.

The novel adopts the voice control method to set the current time of the alarm clock and the alarm time, and can set the alarm clock by remote operation, and the sound collection module can adopt a simple microphone circuit, and the sounding module can be a small speaker, which is easy to manufacture. In use, it is only necessary to use the speaker function on the mobile device to transmit a setting command for setting the alarm time, without the need for networking and setting, and the function is simple and easy to operate.

The present invention can also use the setting sound of the bird singing sound and determine the sound. During the setting of the alarm clock, the operating module can play the setting sound of the bird singing sound, and the sound receiving module receives the setting instruction in the setting sound, The central processing unit sets the alarm time or the current time, and then uses the broadcast module to play the determined sound of the bird's voice, adding a lively atmosphere to the bird songs in the coming and going, just like the atmosphere in the mountains.

10‧‧‧Central Processing Unit

20‧‧‧ Radio Module

30‧‧‧ memory unit

40‧‧‧Broadcast module

50‧‧‧ display module

60‧‧‧Touch Module

70‧‧‧Operating module

71‧‧‧Mobile devices

72‧‧‧Operator interface

721‧‧‧Alarm setting button

722‧‧‧Time setting button

723‧‧‧Determining the sound selection button

724‧‧‧Ring selection button

725‧‧‧Alarm time adjustment window

726‧‧‧Synchronization key

727‧‧‧Notice window

80‧‧‧shell

81‧‧‧Incremental key

82‧‧‧Decrement key

83‧‧‧Confirmation button

84‧‧‧Brightness adjustment button

85‧‧‧Border

86‧‧‧ pole

88‧‧‧Lighting

90‧‧‧ proximity sensor module

A‧‧‧12 hour mode

B‧‧‧24-hour mode

C‧‧‧ time setting mode

D‧‧‧First ringtone

E‧‧‧second ringtone

F‧‧‧Close the alarm mode

G‧‧‧Alarm time setting mode

H‧‧‧Alarm volume setting mode

X‧‧‧Setting value

Figure 1: Block diagram of the circuit of the present invention.

Figure 2: Schematic view of the housing of the present invention.

Figure 3: Schematic diagram of the appearance of the novel housing and luminaire.

Figure 4: The user of the present invention selects an alarm setting diagram in the operation interface.

Figure 5: Schematic diagram of the operation interface display of the present invention to adjust the audio and ringtone selection.

Figure 6: Schematic diagram of the user's point selection synchronization key.

Figure 7: Schematic diagram of the operation interface of the present invention for transmitting audio.

Figure 8: Flow chart of the current time setting of the present invention.

Figure 9: Flow chart of the alarm time setting of the present invention.

Figure 10: Flow chart of the closed alarm clock of the present invention.

The technical means adopted by the present invention for achieving the intended purpose are further explained below in conjunction with the drawings and the preferred embodiments of the present invention.

Referring to FIG. 1 , the present invention provides a voice-activated alarm circuit, comprising: a central processing unit 10, a sound collection module 20, a memory unit 30, a sound broadcasting module 40, a display module 50, and a touch module. 60.

The central processing unit 10 is configured to integrate the functions of the radio module 20; in a preferred embodiment, the central processing unit 10 can be a central processing unit (CPU).

The radio module 20 is electrically connected to the central processing unit 10; in a preferred embodiment, the radio module 20 can be a module including a receiver circuit or a microphone.

The memory unit 30 is electrically connected to the central processing unit 10 for storing at least one determined sound and at least one ring; in a preferred embodiment, the memory unit 30 is a memory.

The broadcast module 40 is electrically connected to the central processing unit 10 for playing the at least one determined sound and the at least one ringtone. In a preferred embodiment, the broadcast module 40 can include an audio amplifier (audio). Frequency amplifier) module.

The display module 50 is electrically connected to the central processing unit 10 for displaying the current time and the alarm time. In a preferred embodiment, the display module 50 is an array display, such as a 20*5 array display. The array display can be a light emitting diode array (LED Array) or an organic light emitting diode array display (OLED Array).

The central processing unit 10, the radio module 20, the sound module 30, the memory unit 40, and the display module are electrically connected to the central processing unit 10. The touch panel 60 is disposed in a housing 80 of the alarm box. The upper surface of the housing 80 has a plurality of keys, such as an increment key 81, a decrement key 82, a confirmation key 83, and a Brightness adjustment key 84. The increment key 81, the decrement key 82, the confirmation key 83, and the brightness adjustment key 84 are electrically connected to the touch module 60. The display surface of the display module 50 is exposed outside the casing 80, so that the user can view the time displayed on the display module 50.

The housing 80 further includes a frame 85 disposed on a side surface of the housing 80 and surrounding the increment key 81, the decrement key 82, the confirmation key 83, and the brightness adjustment key 84.

The present invention further provides a voice-activated alarm system. The voice-activated alarm circuit is combined with an operation module 70. The operation module 70 can be disposed in a mobile device 71 with a display screen. At least one set sound, each set sound corresponds to a certain sound; the operation module 70 sends at least one set sound to the sound collection module 20 through the mobile device 71; the operation module 70 can provide a mobile device 71 The operation interface 72 is used to set the display time and the alarm time. The mobile device 71 can be a portable electronic product such as a smart phone or a tablet. In a preferred embodiment of the present invention, each set sound and each determined sound may be different bird sounds, respectively.

With reference to FIG. 3 , the present invention further includes a luminaire 88 that is fixed to the upper surface of the housing 80 via a rod 86 and electrically connected to the central processing unit 10 , wherein the struts 86 can be It is disposed at the center of the upper surface of the casing 80. The luminaire 88 can be a bird-shaped outer casing as shown in FIG. The brightness of the luminaire 88 can be increased or decreased by the continuous adjustment of the brightness adjustment button 84, for example, When the brightness adjustment button 84 is continuously pressed, the brightness of the lamp 88 is increased; when the brightness adjustment button 84 is released and then pressed again, the brightness of the lamp 88 is reduced.

With the above elements, the use case of the present invention will be described below.

Referring to FIG. 4, the central processing unit 10 provides an alarm setting function and a time setting function. The alarm setting function is provided through the operation interface 72 to provide an alarm setting button 721. The time setting function is transmitted through one of the operation interfaces 72. The time setting key 722 is executed. First, the alarm setting function is explained. When the alarm setting button 721 accepts the user's finger F to press, referring to FIG. 5, the central processing unit 10 provides a setting sound selection function, a ringtone selection function, and an alarm time. The setting function of the sound selection function is performed by one of the operation interface 72, and the ring selection function is executed by the ring selection button 724 of the operation interface 72. The alarm time adjustment function is used through the operation interface. One of the alarm time adjustment windows 725 is executed.

The user can use the set sound selection function to select the at least one set sound stored by the operation module 70 through the set sound selection key 723. The user can also use the ringtone selection function to select an alarm ringtone through the ringtone selection button 724. The user can use the alarm time adjustment function to adjust the alarm time of the alarm through the alarm time adjustment window 725.

Referring to FIG. 6 further, when the setting sound selection function, the ringtone selection function, and the alarm time adjustment function are completed, one of the operation interfaces 72 is synchronized by the user's finger F. Please refer to FIG. 7 for further reference. The operation interface 72 displays a notification window 727 in the "transmitting audio", and the operation module 70 transfers the set alarm ringtone and alarm time into a setting command, and the setting command is entrained to the setting. The sound is transmitted by the mobile device 71, and the set sound and the setting command are received by the sound receiving module 20, and then the received alarm clock and alarm time are stored in the memory unit 30 through the central processing unit 10. After the alarm ringtone and alarm time are set, the alarm clock of this new type will ring the set alarm ringtone at the set alarm time. At the same time, the middle The central processing unit 10 searches for the determined sound paired with the set sound in the memory unit 30, and plays the determined sound by using the broadcast module 40 to remind the user that the alarm setting is completed.

For example, when the user sets the set sound, the alarm ringtone, and the alarm time, the user's finger F presses the synchronization key 726, and the operation interface 72 will pop up the notification window 727 as shown in FIG. The operation module 70 entrains the setting command to the set sound, and the user will hear the mobile device 71 emit a bird sound, and the operation module 70 transmits the setting command to the sound mode through the sound. Group 20. When the sound receiving module 20 receives the bird's beep (set sound), the central processing unit 10 stores the alarm ringtone and the alarm time, completes the alarm setting, and controls the broadcast module 40 to play the corresponding sound corresponding to the set sound. Determine the sound, at this time the user will hear another new beeping sound to remind the user that the alarm setting has been completed.

Furthermore, the use of bird songs as a means of signal transmission and a reminder-like sound allows the user to create an interesting interaction with the alarm clock, increase the environment and enjoy the atmosphere.

Next, the time setting function will be described: when the time setting key 722 accepts the user's finger F to press, the operation module 70 allows the user to adjust the current time. After the adjustment is completed, the synchronization key 726 receives the pressing of the user's finger F. The operation module 70 also converts the current time into the setting command, and the setting command is carried in the setting sound and transmitted to the sound collection module 20 . The radio module 20 transmits the setting command to the central processing unit 10 to cause the central processing unit 10 to store the current time to the memory unit 30 to update the time, and play the corresponding determined sound through the broadcast module 40. To remind the user that the time setting is completed.

In addition to the function of setting the current time and the alarm time by using the mobile device 71, the present invention can also set the current time and the alarm time through the touch module 60 and the plurality of buttons. First, the current time is set by using the plurality of buttons. Features: Referring to FIG. 8, when the confirmation button 83 is pressed, the central processing unit 10 starts a time setting function, and three options are available under the time setting function: 12-hour mode A, 24-hour mode B and time setting mode C, the above three options can be pressed by the increment key 81 and the decrement key 82, and switched to the 24-hour mode A, the 12-hour mode B or the time setting mode C; displayed in the display module 50 In the 24-hour mode A or the 12-hour mode B, the confirmation button 83 is pressed and the setting is completed. The display module 50 displays the time in the 24-hour mode A or the 12-hour mode B.

When the time setting mode C is selected, the confirmation key 83 accepts the pressing, and the time can be adjusted by the increment key 81 and the decrement key 82. For example, the increment key 81 and the decrement key 82 are respectively pressed, and then increase/decrease. One minute; long press the increment key 81, the decrement key 82 is between 1 and 5 seconds, then slowly increase/decrease by one minute; long press the increment key 81, the decrement key 82 is more than 5 seconds, then 10 minutes increase/decrease. Finally, the confirmation button 83 accepts the pressing and completes the time setting.

Next, the function of setting the alarm time is explained: when the confirmation key 83 is pressed, the central processing unit 10 activates an alarm setting function, and various options can be selected under the time setting function, for example, the options are sequentially It is: the first ringtone D, the second ringtone E, and the off alarm mode F.

When the increment key 81 and the decrement key 82 are pressed, the central processing unit 10 sequentially displays the first ringtone D, the second ringtone E, and the off alarm mode F on the display module 50, if one of the ringtones is selected. (for example, the first ringtone D) and the confirmation button 83 receives the pressing, the alarm clock of the present invention will use the selected ringtone (for example, the first ringtone D) as the ringtone of the alarm clock, and the central processing unit 10 activates the alarm time setting mode G. If you choose to turn off the alarm mode F, the alarm clock of this new type will not ring.

When one of the ringtones is selected and the confirmation button 83 receives the press, the central processing unit 10 activates the alarm time setting mode G, and the central processing unit 10 accepts the increment key 81 and the decrement key 82. The pressing adjusts the alarm time in the same manner as the above method. The increment key 81 and the decrement key 82 can increase or decrease the time by different seconds in different pressing manners.

When the alarm time setting mode G is completed, the confirmation key 83 accepts the pressing, and the central processing unit 10 activates the alarm volume setting mode H. In the alarm volume setting mode H, the increment key 81 and the decrement key 82 respectively accept Press to increase or decrease the alarm volume. After the volume adjustment is completed, the confirmation button 83 is again pressed to complete the function of setting the alarm time.

Referring to FIG. 1 and FIG. 10 , in another preferred embodiment of the present invention, a proximity sensor module 90 is further included, and the proximity sensor module 90 is electrically connected to the central processing unit 10 for use by the user. The new type is operated by remote sensing. The proximity sensor module 90 can include a capacitive sensor. When the user's hand approaches the capacitive sensor, the capacitive sensor responds by detecting a change in capacitance between the hand and the hand. Actuate.

When the specified alarm time is reached, the broadcast module 40 plays the ringtone, and if the user:

1. First press the increment key 81 or the decrement key 82, then press the confirmation key 83, or press and hold the confirmation key 83 for two seconds, then the broadcast module 40 stops playing the ringtone, indicating that the user is awake. .

2. The hand is only swung by the frame 85 on the upper surface of the casing 80, or the hand is touched to the casing 80, indicating that the user is not awake; the proximity sensor module 90 detects the gesture and sends a signal to The central processing unit 10 activates a snooze mode and controls the broadcast module 40 to stop playing the ringtone. After ten minutes, the broadcast module 40 is restarted to play the ringtone to notify the user to wake up.

The present invention controls the present invention through the operation module 70 by means of voice control, and can operate and control the new type without connecting to the Internet. The use is simple and convenient, and the sound of animals such as bird sound can be used as the sound effect of the voice control. Increase the use of fun. In addition, the present invention has the touch module 60 itself. The current time and the alarm time are directly set by using the corresponding plurality of buttons, and are used in combination with the voice control method, and the use degree is high.

Claims (10)

A voice-activated alarm system includes: a voice-activated alarm circuit, comprising: a central processing unit; a sound collection module electrically connected to the central processing unit; and a memory unit electrically connected to the central processing unit, the memory The unit stores at least one ringtone and at least one determined sound; a broadcast module electrically connected to the central processing unit for playing the at least one ringtone and at least one determined sound; a display module electrically connected to the central processing unit a connection module for displaying a current time and an alarm time; a touch module electrically connected to the central processing unit for adjusting a current time and an alarm time; and an operation module disposed in a mobile device, The operation module communicates with the sound module through the mobile device, and the operation module provides an operation interface on the mobile device, and the operation interface is used to set a current time and an alarm time setting value, and the operation mode is used by the operation module. The group converts the current time and the alarm time into a setting command and stores at least one setting sound; wherein the central processing unit receives the playing clip by the operating module The setting command has the setting of the sound, current time and alarm time set according to the setting command by the broadcasting module determines the at least one sound playback. The voice control alarm system of claim 1, wherein the operation interface is configured to select the at least one set sound, and each set sound corresponds to each determined sound, and when the operation module plays the set sound, the current time and the alarm time are When the setting is completed, the broadcasting module plays a certain sound corresponding to the setting sound. The voice-activated alarm system of claim 2, wherein the voice-activated alarm circuit further includes a proximity sensor module, and the proximity sensor module is electrically connected to the central processing unit for providing a remote sensing operation. The voice-activated alarm system of claim 3, wherein the voice-activated alarm circuit is disposed inside a casing, and further includes a light fixture on the casing, the lamp is electrically connected to the central processing unit, and is disposed through a setting A strut on the upper surface of the housing is fixed to the housing. In the voice-activated alarm system of claim 4, the at least one set sound and the at least one determined sound are both bird sounds. The voice-activated alarm system of claim 5, wherein the display module is a light-emitting diode array display or an organic light-emitting diode display. A voice-activated alarm circuit for connecting with an operation module via a sound wave communication, the operation module being stored on a mobile device, wherein the operation module stores at least one set sound, and generates a current time and an alarm time Setting a command, the voice-activated alarm circuit is characterized in that: a central processing unit; a sound receiving module electrically connected to the central processing unit; a memory unit electrically connected to the central processing unit, the memory unit storing at least a ringtone and at least one determined sound; a broadcast module electrically connected to the central processing unit for playing the at least one ringtone and at least one determined sound; a display module electrically connected to the central processing unit The current time and the alarm time are displayed; a touch module is electrically connected to the central processing unit to adjust the current time and the alarm time; The central processing unit receives the at least one setting sound with the setting command by the operating module, sets the current time and the alarm time according to the setting instruction, and plays the at least one determined sound by the broadcasting module. The voice-activated alarm circuit of claim 7, further comprising a proximity sensor module electrically connected to the central processing unit for providing a remote sensing operation. The voice-activated alarm circuit of claim 8, wherein the voice-activated alarm circuit is disposed inside a casing, and further includes a light fixture on the casing, the lamp is electrically connected to the central processing unit, and is disposed through a setting A strut on the upper surface of the housing is fixed to the housing. In the voice-activated alarm circuit of claim 9, the at least one set sound and the at least one determined sound are both bird sounds; the display module is a light-emitting diode array display or an organic light-emitting diode display.