TW201546652A - Device using motion detection to operate telephone and music functions - Google Patents

Abstract

This invention is a device using motion detection to detect the difference of distance, direction or speed when motion or position change of outside object or human body, and operation functions of telephone dialing, answering, volume adjustment or music play. Unlike all current devices in market place that need to be operated by physical button or touch panel button. This invention can operate telephone and music functions of device by motion change such as waving hand. And this invention will bring convenience to people, and also make user can be more safe to use device when driving, riding or walking.

Description

Device for controlling telephone and music functions by motion sensing

The present invention relates to a motion sensing control device, and more particularly to a device for controlling a telephone and music function by motion sensing.

In the past, the traditional device design was controlled by physical buttons or touch buttons to control the phone and music functions on the device, but often because the device is too small, the buttons must also be designed very small, so in some use situations, such as driving Or walking, the buttons can not be directly visually recognized, so when using a finger to press a button or a touch panel, it is often easy to press the wrong button, so that the continuous repetitive groping operation makes the user more dangerous in driving, cycling or walking. . Moreover, too many buttons or touch panels often cause the device to be more complicated in appearance design, and may also affect the appearance of the appearance.

Due to the advancement of modern technology and the breakthrough in technology on hardware and software, there has been considerable change in the interface of human-machine operation, and how to improve the complex and difficult-to-operate interface has always been the subject and goal of everyone's efforts. The present invention is different from the conventional device in that it is required to operate the telephone and music control functions on the device through a contact manner such as a physical button or a touch panel. The present invention is only required to pass through the motion sensing module inside the device. Through external objects or humans Changes in the movement or position of the limb, such as changes in the gesture swing, make it easy and simple to manipulate the phone and music functions on the device to achieve the desired function control. Moreover, after the physical button or the touch panel is missing, the appearance can be more simple and beautiful, the volume is reduced, the operation is simpler, and the competitiveness of the product is indirectly improved.

In view of the above, the present invention relates to a motion sensing device for controlling a phone and a music function by using motion sensing control, including a motion sensing module for sensing an action or position change of an external object or a human limb. Time, direction or speed change; a data processing and control unit for analyzing and compiling the distance, direction or speed change data sensed by the motion sensing module, and compiling the data into an instruction; The telephone function module is used for controlling or performing telephone answering, dialing, stopping, and volume adjustment functions; a music function module for controlling or executing music playing, stopping playing, and volume adjusting functions; wherein, the data processing and control The unit outputs the command to the phone function control module or the music function control module.

In addition, the motion sensing module of the motion sensing device of the present invention may further include: a beam emitter for continuously emitting the beam; and a beam receiver for continuously receiving the beam when the beam is reflected by the external object; a time calculation unit for calculating a total of a plurality of reflected beams, a time difference between each of the beams from the emission to the reflection, and an interval between each of the reflected beams and the last reflected beam and the next reflected beam, and The number of the reflected light beams and the time difference of the above-mentioned respective reference beams are compared with a built-in time distance parameter database having a plurality of time distance parameter corresponding values, and if a matching time distance parameter corresponding value is found, the judgment is made. The amount of reflected beam reflected by the reflection and the time difference are the corresponding values of the time distance parameter found.

10‧‧‧Motion sensing module

11‧‧‧beam emitter

12‧‧‧ Beam Receiver

13‧‧‧Time calculation unit

20‧‧‧Data Processing and Control Unit

30‧‧‧Phone function module

40‧‧‧Music function module

50‧‧‧motion sensing device

60‧‧‧ Beam

70‧‧‧ palm

80‧‧‧Second motion sensing module

90‧‧‧3rd motion sensing module

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic illustration of a motion sensing device in accordance with a preferred embodiment of the present invention.

Figure 2 is a flow chart showing the motion sensing of an embodiment of the present invention.

Figure 3 is a schematic diagram of a combination of the time distance parameter of the present invention and the corresponding action command and execution action.

FIG. 4 is a schematic diagram of a telephone answering function for controlling a device by sensing a gesture change according to an embodiment of the present invention.

Figure 5 is a schematic diagram of a volume adjustment function of a device for sensing a change in gestures in accordance with an embodiment of the present invention.

Figure 6 is a schematic diagram of a music playback function for controlling a device by sensing a change in gestures in accordance with an embodiment of the present invention.

FIG. 7 is a schematic diagram of a music playing function of a device controlled by a three-way sensing gesture change according to an embodiment of the present invention.

Referring to FIG. 1 , a preferred embodiment of the present invention provides a motion sensing device 50 for controlling a call answering, a pause call, a volume adjustment, a music playback, and a pause music playback function by motion sensing, including an action. The sensing module 10, a data processing and control unit 20, a telephone function module 30 and a music function module 40. The motion sensing module 10 is configured to sense a change amount of a distance, a direction, or a speed of an external object or a human limb when the motion or position changes, and convert the value into a time distance parameter corresponding value; the data processing and control unit 20 is configured to: Analysis and editing Translating the corresponding value of the time distance parameter input by the motion sensing unit, and compiling the time distance parameter corresponding value into an instruction and outputting to the phone function module 30 or the music function module 40; wherein the phone function module 30, It is used to control or perform telephone answering, dialing, stopping, and volume adjustment functions; the music function module 40 is configured to control or perform music playing, stop playing, and volume adjustment functions. In addition, the motion sensing module 10 may further include a beam emitter 11 for continuously transmitting the beam 60; a beam receiver 12 for continuously receiving the beam 60 when the external object is reflected back; a time calculation unit 13 For calculating the total number of reflected beams 60, the amount of time difference between each of the beams 60 from the emission to the reflection, and the amount of time between each of the reflected beams 60 and the last reflected beam 60 and the next reflected beam 60, And comparing the number of time and the time difference of each of the reflected light beams 60 mentioned above to a built-in time distance parameter database having a plurality of time distance parameter corresponding values, if the matching time distance parameter corresponding value is found, determining this The number of reflected beams 60 reflected and the time difference are the corresponding values of the matching time distance parameters.

Referring to FIG. 2, the motion sensing according to a preferred embodiment of the present invention includes the following steps: first, performing step S101, transmitting a light beam 60, and receiving a light beam 60 reflected by an object; and then performing step S102 to calculate how much is total. The amount of time difference between the reflected light beams 60, each of the light beams 60 from the emission to the reflection, and the amount of time between each of the reflected light beams 60 and the last reflected light beam 60 and the next reflected light beam 60; then step S103 is performed. Depending on the number of reflected beams 60 and the amount of time difference, the built-in time distance parameter database having a plurality of time distance parameter corresponding values is compared, and if the matching time distance parameter corresponding value is found, the reflection is determined. The number of reflected beams 60 and the time difference are the corresponding values of the found time distance parameter; then, in step S104, the corresponding value of the time distance parameter input by the motion sensing unit is analyzed and compiled, and the corresponding value of the time distance parameter is compiled into an instruction. Then proceed to step S105, which will refer to The output to the phone function module 30 or the music function module 40 is executed to perform the command action.

The beam 60 emitted by the beam emitter 11 is preferably set to a maximum distance of 10 cm, and the beam emitter 11 emits a beam 60 every 0.2 seconds. The time taken for the beam 60 to be transmitted to the furthest distance of 10 cm is 0.5 seconds, where a palm 70 is used to represent an external object or a human limb.

Please refer to FIG. 3 , which is a schematic diagram of a combination of the time distance parameter of the present invention and the corresponding action instruction and execution action. As shown in FIG. 3 , the present invention is directed to the number of reflected beams and the beam emission to the reflection. The time difference between each time, the amount of time between each reflected beam, and whether there is a repeated action to generate a plurality of time distance parameters, including parameter L, parameter M, parameter N, parameter O, parameter P, parameter Q, and according to These time distance parameters set a variety of corresponding action instructions and execution action combinations.

Please refer to FIG. 4, which is a schematic diagram of the functions of answering a call and suspending a call by gesture motion sensing according to a preferred embodiment of the present invention. As shown in FIG. 4, when the user's palm 70 is quickly facing the motion, When the device 50 is swung down, the palm 70 will first move from position A to position B, and then position B will quickly move back to position A. When the palm 70 is at position B, the beam 60 emitted from the beam emitter 11 will The palm 70 is struck and reflected and received by the beam receiver 12, wherein there is only one reflected beam 60, and the time difference between the beam being emitted from the beam and reflected back is 0.1 to 0.5 seconds, thus After the time calculation unit 13 calculates, the corresponding time distance parameter is matched as the parameter L, and is output to the data processing and control unit 20. After receiving the parameter information, the data processing and control unit 20 compares the built-in The action instruction parameter table, thereby matching the command R, and issuing the command R, notifying the phone function module 30 to perform the answering phone function. If the user continuously swings the palm twice in rapid succession, the beam receiver 12 will continue Receiving two reflected beams 60, the time difference between the two reflected beams 60 being emitted from the beam to the reflected back is the same as 0.1 to 0.5 seconds, and the two reflected beams 60 are received by the beam receiver 12. The interval time difference between 0.1 and 0.5 seconds is calculated by the time calculation unit 13 to match the corresponding time distance parameter to the parameter M, and output to the data processing and control unit 20, the data processing and control unit. After receiving the parameter information, the device will compare the built-in action command parameter table to match the command S, and issue the command S to notify the phone function module 30 to execute the call suspension function.

Please refer to FIG. 5 , which is a schematic diagram of controlling the volume adjustment by gesture motion sensing according to a preferred embodiment of the present invention. As shown in FIG. 5 , when the user's palm 70 is slowly approaching the motion sensing device 50 . The palm 70 will first move from position D to position E, then from position E to position F, and finally to position G. When the palm 70 is in position D, the beam 60 emitted from the beam emitter 11 will strike the palm 70 and be reflected for receipt by the beam receiver 12, then move the palm 70 to position E, F again. In the case of G, the beam receiver 12 successively receives a plurality of reflected beams 60, and the value of the time difference between the respective reflected beams 60 from the emission to the reflection is also smaller and smaller, but at the same time, the respective reflected beams 60 The value of the interval difference is larger and larger in order, so that the corresponding time distance parameter is matched to the parameter N and output to the data processing and control unit 20, and the data processing is performed. After receiving the parameter information, the control unit 20 compares the built-in action command parameter table to match the command T, and issues the command T to notify the phone function module 30 or the music function module 40 to perform the volume adjustment function. Adjust the volume from large to small. In the opposite operation, when the user's palm 70 is slowly moving away from the motion sensing device 50, the time calculating unit 13 calculates and outputs the time distance parameter O to the data processing and control unit 20, and the data processing and control unit 20 receives After the parameter information, it will be compared The action command parameter table is set to match the command U, and the command U is issued, and the phone function module 30 or the music function module 40 is notified to perform the volume adjustment function to adjust the volume from small to large. Please refer to FIG. 6 , which is a schematic diagram of controlling the music playing and stopping the music playing function by gesture motion sensing according to a preferred embodiment of the present invention. As shown in FIG. 6 , when the user palm 70 is in the motion sensing device. When the upper side of the 50 moves slowly in parallel, the palm 70 will first move from the position H to the position I, then from the position I to the position J, then from the position J to the position K, and finally to the position L. When the palm 70 is at the positions I, J, K, the light beam 60 emitted from the beam emitter 11 will impinge on the palm 70 and be reflected for reception by the beam receiver 12, and the beam receiver 12 will be received one after another. A plurality of reflected light beams 60, and the values of the time difference between the respective reflected light beams 60 from the emission to the reflection back are the same, and the values of the time difference of the respective reflected light beams 60 are also the same, so that the calculation is performed by the time calculation unit 13 The corresponding time distance parameter is matched to the parameter P, and is output to the data processing and control unit 20. After receiving the parameter information, the data processing and control unit 20 compares the built-in action instruction parameter table to match The command V is issued, and the command V is issued, and the music function module 40 is notified to perform the music play function. If the motion sensing device 50 continuously senses the same action twice in the interval time interval of 0.1 to 0.5 seconds, the time calculating unit 13 calculates and outputs the time distance parameter Q to the data processing and control unit 20, After receiving the parameter information, the data processing and control unit 20 compares the built-in action command parameter table to match the command W, and issues the command W to notify the music function module 40 to execute the suspended music play function.

In another embodiment, the motion sensing device 50 may have more than two motion sensing modules to sense the movement or change of an external object or a human limb, and control the motion sensing device. 50 upper, lower, left, and right function purposes, and further A list of contacts or the next contact list is selected above the operation phone book function, and can also be used to operate the music selection and the next music track selection function. Please refer to FIG. 7 . The motion sensing device 50 is provided with three sensing modules, which are a motion sensing module 10 , a second motion sensing module 80 , and a third motion sensing module 90 . When the motion sensing device 50 is slowly moved in the first direction, the second motion sensing module 80 and the beam receivers 12 of the third motion sensing module 90 receive a plurality of reflected beams. 60, and the value of the time difference between the respective reflected light beams 60 from the emission to the reflection back is the same, and the value of the interval time difference between the respective reflected light beams 60 is the same. Next, the motion sensing module 10 will follow. A plurality of reflected light beams 60 are received, and the values of the time difference between the respective reflected light beams 60 and the reflected light beams are the same, and the values of the time difference of the respective reflected light beams 60 are also the same, and thus calculated by the time calculating unit 13 And matching one of the corresponding time distance parameters, and outputting to the data processing and control unit 20, after receiving the parameter information, the data processing and control unit 20 will compare the built-in Operation command parameter list, so as to match the an instruction and the instruction issued. With the foregoing method, the movement changes of the other three directions can be sensed, and the corresponding time distance parameter and the action instruction parameter can be calculated and compiled to achieve the purpose of controlling the upper, lower, left and right function options.

Accordingly, the present invention can provide a device for controlling the phone and music functions by motion sensing, and can be easily and simply changed through the action or the position of the external object or the human body through the motion sensing module inside the device. Control the phone and music functions on the device to achieve the desired function control.

The above-mentioned embodiments are merely examples for convenience of description, and the scope of the claims is intended to be limited to the above embodiments.

10‧‧‧Motion sensing module

11‧‧‧beam emitter

12‧‧‧ Beam Receiver

13‧‧‧Time calculation unit

20‧‧‧Data Processing and Control Unit

30‧‧‧Phone function module

40‧‧‧Music function module

50‧‧‧motion sensing device

60‧‧‧ Beam

Claims (9)

A device for controlling a function by motion sensing, comprising: a motion sensing module for sensing a change in distance, direction or speed of an external object or a human limb when the action or position is changed; a data processing and control unit, A method for analyzing and compiling the change amount of the distance, direction or speed sensed by the motion sensing module, and compiling the data into an instruction; and a telephone function module for controlling or performing the call answering, dialing, The call stop, volume adjustment and contact list selection function are selected; wherein the data processing and control unit outputs the command to the phone function control module. The device of claim 1, wherein the motion sensing module further comprises a beam emitter for continuously emitting a beam; and a beam receiver for receiving a light beam that is reflected back to an external object; a time calculation unit for calculating a time difference between the light beam from the reflection and the reflection back, and comparing one time of the corresponding time value of the built-in time distance parameter according to the time difference amount The distance parameter database, if a matching time distance parameter is found, determines that the time difference is the corresponding value of the found time distance parameter. The apparatus for controlling a function by motion sensing according to the first aspect of the patent application, wherein the data processing and control unit further comprises a built-in action instruction comparison parameter table, wherein the parameter table is used to transmit the motion sensing module. The matching time distance parameter corresponding value is matched with the action instruction and the parameter of the parameter table, thereby finding a matching action instruction, and then executing the instruction action. A device for manipulating a function by motion sensing as described in claim 1 wherein the human limb includes a gesture of swinging, moving, waving, approaching or leaving. A device for controlling a function by motion sensing, comprising: a motion sensing module for sensing a change in distance, direction or speed of an external object or a human limb when the action or position is changed; a data processing and control unit, For analyzing and compiling the sensor sensed by the motion sensing module a change amount of distance, direction or speed, and compiling the data into an instruction; and a music function module for controlling or performing music play, stop play, volume adjustment and music track selection function; wherein the data processing And the control unit outputs the instruction to the music function control module. The device for controlling a function by motion sensing, as described in claim 5, wherein the motion sensing module further includes a beam emitter for continuously emitting a beam; and a beam receiver for receiving a light beam reflected back to the external object; a time calculation unit for calculating a time difference between the light beam from the reflection and the reflection back, and comparing the time distance of the corresponding value of the built-in several time distance parameters according to the time difference amount The parameter database, if a matching time distance parameter is found, determines that the time difference is the corresponding value of the found time distance parameter. The apparatus for controlling a function by motion sensing according to claim 5, wherein the data processing and control unit further comprises a built-in action command comparison parameter table, wherein the parameter table is used to transmit the action sensor module. The matching time distance parameter corresponding value is matched with the action instruction and the parameter of the parameter table, thereby finding a matching action instruction, and then executing the instruction action. A device for manipulating a function by motion sensing as described in claim 5, wherein the human limb includes a gesture of swinging, moving, waving, approaching or leaving. The device for controlling functions by action sensing, as described in claim 5, further includes a telephone function module for controlling or performing call answering, dialing, stopping, volume adjustment, and contact list selection, and The data processing and control unit outputs the command to the telephone function control module.