TWI420382B - Intelligent mobile phone with gravity sensing control mode and intelligent way to input smartphone - Google Patents

Description

Smart phone with gravity sensing control mode and method for inputting smart phone with gravity sensing

The invention relates to a smart phone with a gravity sensing control mode and a method for inputting a smart phone by gravity sensing, and particularly relates to a mobile phone technology capable of selectively using a mobile phone as a dynamic menu of motion as a control menu and input means. .

The invention of mobile phones brings great convenience to modern people. Besides having the functions of being able to send and talk at any time, and having many advantages such as being portable, it has become an indispensable communication tool in modern people's life. The use of mobile phones is becoming more and more widespread, and further, with the rapid development of electronic technology, the functions of mobile phones have evolved and evolved year by year, and smart phones with high-performance processors to provide high computing power for program processing have a high degree. Functionality has gradually become the mainstream in the field of mobile phone technology. This also allows mobile phones to make phone calls from simple communication and further enhance the convenience of mobile phones as personal assistants.

While the control interface of the smart phone in the prior art is very convenient for the average person, if the user is an elderly person or has visual illness or other symptoms, it may often be because the option in the operation interface cannot be identified or I can't control the phone with my fingers smoothly, so I have troubles in controlling the phone, especially for the elderly. Aging tends to affect the user's vision and finger flexibility. For the elderly, the touch control technology in the prior art or the traditional touch-type control technology has its shortcomings, so it is based on the shortcomings mentioned above. The inventor of the present invention contemplates and designs a smart phone with a gravity sensing control mode and a method of inputting a smart phone with gravity sensing, in order to improve the lack of the prior art, thereby enhancing the implementation and utilization of the industry.

In view of the above-mentioned problems, the main object of the present invention is to provide a smart phone with a gravity sensing control mode and a method for inputting a smart phone with gravity sensing, which has the patent elements of novelty, advancement and industrial utilization. In order to overcome the difficulties of the prior art.

In order to achieve the above object, the technical means adopted by the present invention is to design a smart phone with a gravity sensing control mode, which comprises: a body, which is a smart phone, and has a human machine interface thereon, the person The machine interface is configured for the user to perform a message and an input operation, and the body further includes a speaker and a vibrator; a gravity sensor is disposed in the body, and the body is sensed to be presented in the space The change in angle and the amount of change in acceleration, and output different voltage values as a return signal when the body is tilted beyond a certain angle and when a specific speed change occurs, wherein the gravity sensor can sense The angle change includes a direction in which the front side is inclined downward, the rear side is inclined downward, the left side is inclined downward, and the right side is inclined downward, and the return signal can be tilted in front, back, left, and right directions, and The gravity sensor can return a speed change report signal when the speed of the body changes by more than a preset value; and a central processing system, which is The present a logic circuit system including a processor, and electrically connected to the human machine interface, the speaker, the vibrator and the gravity sensor, and the central processing system is driven by a gravity sensing input software At least one menu selection function logic circuit, a selection and feedback function logic circuit, and an input mode switching function logic circuit are provided to provide an auxiliary input mode.

The menu selection function logic circuit can arrange a plurality of function commands selectable by the user in a plurality of icon menus in the auxiliary input mode to form a menu list for display on one of the display screens of the human machine interface. And further changing the icon menu in the display screen at a position near the central position to indicate an option to be selected, the total image boundary size of the menu table is larger than the size of the display screen, and The menu table selectively displays portions of the icon menus only on the display screen in a manner movable on the display screen, and wherein the menu selection function logic circuit is further capable of returning the gravity sensor After one of the directions tilts the return signal or returns one of the directions to tilt the return signal and maintains the angle for a certain period of time, the menu table is moved in the direction corresponding to the tilt signal in the one direction of the display screen. So that an adjacent one of the icon menus becomes an option to be selected; wherein the selection and feedback function logic circuit can be changed at the speed When the return signal appears twice in a row and is in the opposite direction, it is judged to be a shaking, and the selection of the current candidate is performed after a certain number of consecutive shakings; wherein the input mode switching function logic can utilize the human machine by the user The interface operates to activate the auxiliary input mode after inputting a corresponding function command.

The human interface can be a touch panel; wherein the angle change that the gravity sensor can sense further includes left front, right front, left rear, right rear, etc. of the body. The direction side is inclined downward and the like, and the return signal can be tilted correspondingly to the left front, the right front, the left rear, the right rear, etc., wherein the central processing system can further provide a menu prompt by driving the gravity sensing input software. a function logic circuit, which can drive the speaker to emit a prompt tone or issue a string voice prompt corresponding to the content of the command whenever any of the icon menu moves to the option to be selected; wherein the menu prompt function logic circuit can When the speaker is driven to emit a prompt tone or a string voice prompt corresponding to the content of the command, the vibrator is synchronously driven to vibrate; wherein the selection and feedback function logic circuit can drive the speaker to emit a prompt tone or Sending a string voice prompt corresponding to the content of the instruction; wherein the selection and feedback function logic circuit can synchronously drive the vibrator to vibrate when the speaker is driven to emit a prompt tone or a string voice prompt corresponding to the content of the instruction is generated. To inform the user that the currently selected option has been executed.

The smart phone with gravity sensing control mode and the method for inputting smart mobile phone with gravity sensing are designed to provide a fast and highly convenient input mode, and the technical means can provide various ethnic groups. Mobile phone users are more convenient and apt to serve, especially for users who are old or suffering from special diseases and whose vision is degraded or inconvenient for finger movements, they can more certainly assist their operation and use all kinds of smart phones. The function is beneficial to the actual implementation of the application.

(10) ‧‧‧ Ontology

(11) ‧‧‧Human Machine Interface

(111)‧‧‧Display screen

(12)‧‧‧ Horn

(13)‧‧‧ vibrator

(20)‧‧‧Gravity sensor

(30) ‧‧‧Central Processing System

(31)‧‧‧Menu selection function logic

(32)‧‧‧Menu Prompt Function Logic Circuit

(33)‧‧‧Selection and feedback function logic

(34)‧‧‧Input mode switching function logic circuit

(90)‧‧‧ icon menu

(91)‧‧‧ Menu Form

The first figure is a schematic diagram of a system configuration of a smart phone with a gravity sensing control mode according to the present invention.

The second and third figures are diagrams of a continuous embodiment of a smart phone with a gravity sensing control mode and a method of inputting a smart phone with gravity sensing according to the present invention.

The fourth figure is an embodiment of a smart phone with a gravity sensing control mode and a method for inputting a smart phone by gravity sensing.

The present invention will be described in conjunction with the accompanying drawings in the accompanying drawings, and the drawings The subject matter is only for the purpose of illustration and supplementary description. It is not necessarily the true proportion and precise configuration after the implementation of the present invention. Therefore, the scope and configuration relationship of the attached drawings should not be limited to the scope of patent application of the present invention. Narration.

Referring to the first figure, the present invention is a smart phone with a gravity sensing control mode. In a preferred embodiment, a body (10), a gravity sensor (20) and a central unit are included. Processing system (30).

The body (10) is a smart phone, and a human machine interface (11) is disposed thereon. The human machine interface (11) is provided for the user to perform operations such as viewing messages and input operations, and the human machine The interface (11) may be a touch panel, and the body (10) further includes a speaker (12) and a vibrator (13).

The gravity sensor (20) (G-Sensor) is disposed in the body (10), and can sense the change of the angle of the body (10) in the space and the amount of change in the acceleration, and according to the preset setting. When the body (10) is inclined at a specific angle and when the specific speed changes, different voltage values are output as a return signal, and wherein the angle sensor can sense the angle change including the corresponding horizontal direction and the front side Tilt down, rear side down, left side down, right side down, and left front, right front, left rear, right rear, etc., tilting down a total of eight directions, and can correspond to front, back, left, The right, left front, right front, left rear, right rear and other eight directions tilt the feedback signal, and the gravity sensor (20) can return a speed change when the speed of the body (10) changes by more than a preset value. Return signal.

The central processing system (30) is a logic circuit system including a processor disposed in the body (10), and is electrically connected to the human machine interface (11), the speaker (12), and the vibrator. (13) and the gravity sensor (20), and the central processing system (30) can provide at least one menu selection function logic circuit (31), a menu prompt function logic circuit through driving of a gravity sensing input software (32) A selection and feedback function logic circuit (33) and an input mode switching function logic circuit (34) for providing an auxiliary input mode that is different from the operation mode of the human interface (11).

Please further refer to the second and third figures, wherein the menu selection function logic circuit (31) can select a plurality of function commands for the user to select a plurality of icon icons when the auxiliary input mode is activated ( 90) arranging and forming a menu list (91), displayed on one of the display screens (111) of the human machine interface (11), and further positioning the icon list in one of the display screens (111) near the central position (90) Make changes on the display, such as using anti-white, frame selection, or enlargement, etc., to indicate the current option to be selected, and the illustrations in the specification are indicated by zooming in, and the icon menus are displayed. The arrangement of (90) is an arrangement in the vertical and horizontal directions. The total size of the image boundary of the menu list (91) may be larger than the size of the display screen (111), and the menu list (91) is available for display. The icon (111) moves on the display screen (111) to selectively display a portion of the icon menus (90), and wherein the menu selection function logic circuit (31) is further applicable to the gravity sensor (20) There are front, back, left, right, left front, right front, left , One of eight directions after which tilt back right, etc. After the signal signal is transmitted and the tilt angle is maintained for a predetermined period of time (for example, 1 second) (in a variant embodiment, the tilt angle may exceed a predetermined larger reference angle, for example, 50 degrees), correspondingly driving the menu list (91) to move the icon menu (90) in a direction corresponding to the tilt signal in one of the display screens (111), and then present the image on the display screen. Move in the tilt direction to find the visual effect of the icon menu (90).

The menu prompt function logic circuit (32) can drive the speaker (12) to be issued whenever any of the icon menus (90) moves to the near position of the display screen (111) as an option to be selected. A prompt tone or a pair of voice prompts that should command the content, and optionally synchronously driving the vibrator (13) to emit a vibration to inform the user that the currently selected option has been switched.

Please further refer to the fourth figure, wherein the selection and feedback function logic circuit (33) can determine that the speed change report signal appears twice in a row and is in the opposite direction, and is determined to be a single shaking, and for a certain number of consecutive times. After shaking, the selection of the currently selected option is performed to provide an input function in the mode of manipulating the human interface (11) by touch, and wherein the selection and feedback function logic circuit (33) can be driven after each selection. The speaker (12) emits a prompt tone or a pair of voice prompts that should command the content, and can selectively drive the vibrator (13) to vibrate to inform the user that the currently selected option has been executed.

The input mode switching function logic circuit (34) can be input after the user inputs a corresponding function command by using the man-machine interface (11) (for example, pressing a function key, or pressing a display screen (111) In the function menu input), the auxiliary input mode is activated to provide a mobile phone user with an input mode selectable on the input.

Another object of the present invention is to disclose a method for inputting smart phone by gravity sensing, which mainly drives a central processing system (30) of a smart phone with software, so that it can be sensed by a gravity sensor (20). After tilting in a certain direction of the smart phone for a period of time or tilting over a certain angle, the icon (90) of the corresponding mobile phone function is correspondingly displaced on the display screen (111) of the mobile phone, thereby making The user can select an icon menu (90) to be selected, and further, the gravity sensor (20) further detects whether the mobile phone is shaken, and when the mobile phone is shaken for a certain number of consecutive times, The input action is further performed on the icon menu (90) selected by the window.

The design ingenuity of the smart phone with the gravity sensing control mode and the method of inputting the smart phone by gravity sensing can provide a fast and highly convenient input mode through such technology. The means will provide more convenient and relevant service functions for mobile phone users of all ethnic groups, especially for users who are degraded or have inconvenient finger movements due to age or special illness, and can more reliably assist them. Operate and use the various functions of the smart phone, so the gain is visible.

The embodiments described above are merely illustrative of the technical spirit and the features of the present invention, and the objects of the present invention can be understood by those skilled in the art, and the scope of the present invention cannot be limited thereto. That is, the equivalent variations or modifications made by the spirit of the present invention should still be included in the scope of the present invention.

Looking at the above, it can be seen that the present invention has achieved the desired effect under the prior art, and is not familiar with the skill of the artist. The progress and practicability of the invention are in line with the patent. Apply for the requirements, 提出 file a patent application according to law, 恳 Please ask your office to approve the application for this invention patent to encourage invention.

(10) ‧‧‧ Ontology

(11) ‧‧‧Human Machine Interface

(12)‧‧‧ Horn

(13)‧‧‧ vibrator

(20)‧‧‧Gravity sensor

(30) ‧‧‧Central Processing System

(31)‧‧‧Menu selection function logic

(32)‧‧‧Menu Prompt Function Logic Circuit

(33)‧‧‧Selection and feedback function logic

(34)‧‧‧Input mode switching function logic circuit

Claims (14)

A smart phone with a gravity sensing control mode includes: a body, which is a smart phone, and has a human machine interface thereon, wherein the human machine interface is available for the user to view information and input operations And the body further comprises a speaker and a vibrator; a gravity sensor is disposed in the body, and can sense the change of the angle of the body and the change of the acceleration in the space, and according to the preset setting Outputting different voltage values as a return signal when the body is tilted beyond a certain angle and when a specific speed change occurs, wherein the angle change that the gravity sensor can sense includes a horizontal direction of the front side, and a rear side Tilting downward, tilting leftward, tilting rightward, etc., and tilting the feedback signal in front, back, left, and right directions, and the gravity sensor can change the speed of the body by more than one. Returning a speed change report signal at a preset value; and a central processing system, which is a logic circuit system disposed in the body and including a processor, and Connected to the human machine interface, the speaker, the vibrator and the gravity sensor, and the central processing system can provide at least one menu selection function logic circuit, a selection and feedback through driving of a gravity sensing input software. The function logic circuit and an input mode switching function logic circuit provide an auxiliary input mode; wherein the menu selection function logic circuit can arrange the plurality of function commands selectable by the user in a plurality of icon menus in the auxiliary input mode Forming a menu to be displayed on one of the display screens of the human machine interface, and further changing the icon menu in the display screen at a position near the central position to indicate the current option to be selected. The total size of the image boundary of the menu table is larger than the size of the display screen, and the menu list is Selecting some of the icon menus on the display screen only in a manner movable on the display screen, and wherein the menu selection function logic circuit is further capable of returning one of the directions in the gravity sensor After the signal is returned, the menu is moved in the direction corresponding to the tilt signal in the one direction of the display screen, so that the adjacent one of the icon menus becomes an option to be selected; wherein the selection and feedback function logic circuit can When the speed change report signal appears twice in a row and is in the opposite direction, it is determined to be a shaking, and the selection of the current candidate is performed after a certain number of consecutive shaking; wherein the input mode switching function logic circuit is available to the user. The auxiliary input mode is activated by inputting a corresponding function instruction by using the man-machine interface operation. For example, in the smart phone with the gravity sensing control mode described in claim 1, wherein the human interface is a touch panel. The smart phone with the gravity sensing control mode described in claim 1, wherein the angle change that the gravity sensor can sense further includes the left front, the front right, the left rear, and the right rear side of the body. Tilt down and other directions, and can return the return signal in the direction of the left front, right front, left rear, and right rear. The smart phone with the gravity sensing control mode described in claim 1, wherein the central processing system further provides a menu prompt function logic circuit through the driving of the gravity sensing input software, which can be used whenever When any of the icon menu moves to the option to be selected, the speaker is driven to emit a prompt tone or a string voice prompt corresponding to the content of the command. For example, the smart phone with the gravity sensing control mode described in claim 4, wherein the menu prompt function logic circuit can synchronously drive when the speaker is prompted to emit a prompt tone or a string voice prompt corresponding to the content of the command. The vibrator is shocked move. For example, in the smart phone with the gravity sensing control mode described in claim 1, wherein the selection and feedback function logic circuit can drive the speaker to emit a prompt tone or issue a string voice corresponding to the content of the command after performing the selection. prompt. For example, in the smart phone with the gravity sensing control mode described in claim 6, wherein the selection and feedback function logic circuit can drive the speaker to emit a prompt tone or issue a string voice prompt corresponding to the content of the command. Synchronously driving the vibrator to vibrate to inform the user that the currently selected option has been executed. A smart phone with a gravity sensing control mode includes: a body, which is a smart phone, and has a human machine interface thereon, wherein the human machine interface is available for the user to view information and input operations And the body further comprises a speaker and a vibrator; a gravity sensor is disposed in the body, and can sense the change of the angle of the body and the change of the acceleration in the space, and according to the preset setting Outputting different voltage values as a return signal when the body is tilted beyond a certain angle and when a specific speed change occurs, wherein the angle change that the gravity sensor can sense includes a horizontal direction of the front side, and a rear side Tilting downward, tilting leftward, tilting rightward, etc., and tilting the feedback signal in front, back, left, and right directions, and the gravity sensor can change the speed of the body by more than one. Returning a speed change report signal at a preset value; and a central processing system, which is a logic circuit system disposed in the body and including a processor, and Connected to the human machine interface, the speaker, the vibrator and the gravity sensor, and the central processing system can provide at least one menu selection function logic circuit, a selection and feedback through driving of a gravity sensing input software. a functional logic circuit and an input mode switching function logic circuit to provide an auxiliary input mode; wherein the menu selects a function logic In the auxiliary input mode, the circuit can arrange a plurality of function commands selectable by the user in a plurality of icon menus to form a menu list for display on one of the display screens of the human machine interface, and further display the display screen The icon in the middle of the icon is displayed as a change in the display to indicate the current option to be selected. The total size of the image boundary of the menu is larger than the size of the display, and the menu is Selecting a plurality of icon menus on the display screen only on the display screen, and wherein the menu selection function logic circuit further returns one of the direction tilt feedback signals in the gravity sensor. And maintaining the tilt angle for a predetermined period of time, corresponding to moving the menu to the direction corresponding to the tilt signal of the one of the display screens, so that the adjacent one of the icon menus is to be selected Option; wherein the selection and feedback function logic circuit can continuously appear twice when the speed change report signal is in the opposite direction Determining to be a shaking, and performing the selection of the currently selected option after a certain number of consecutive shakings; wherein the input mode switching function logic circuit can start the auxiliary input after the user inputs a corresponding function instruction by using the human interface operation mode. A smart phone with a gravity sensing control mode as described in claim 8 wherein the human interface is a touch panel. For example, in the smart phone with the gravity sensing control mode described in claim 8, wherein the angle change that the gravity sensor can sense further includes the left front, the front right, the left rear, and the right rear side of the body. Tilt down and other directions, and can return the return signal in the direction of the left front, right front, left rear, and right rear. For example, in the smart phone with the gravity sensing control mode described in claim 8, wherein the central processing system further provides a menu prompt function logic circuit through the driving of the gravity sensing input software, which can be used whenever Any of the icon menu moves When switching to the option to be selected, the speaker is driven to emit a tone or to issue a string voice prompt corresponding to the content of the command. For example, in the smart phone with the gravity sensing control mode described in claim 11, wherein the menu prompt function logic circuit can drive the speaker to emit a prompt tone or issue a string voice prompt corresponding to the content of the command, synchronously driving the The vibrator vibrates. For example, in the smart phone with the gravity sensing control mode described in claim 8, wherein the selection and feedback function logic circuit can drive the speaker to emit a prompt tone or issue a string voice corresponding to the content of the command after performing the selection. prompt. For example, in the smart phone with the gravity sensing control mode described in claim 13, wherein the selection and feedback function logic circuit can drive the speaker to emit a prompt tone or issue a string voice prompt corresponding to the content of the command, Synchronously driving the vibrator to vibrate to inform the user that the currently selected option has been executed.