TWI423645B - A smartphone that gives control commands in a user's dynamic mode of operation - Google Patents

Description

a smart phone that issues control commands in a user's dynamic operating mode

The invention relates to a smart phone that issues a control command in a dynamic operation mode of a user, and particularly relates to a mobile phone capable of reading a user's manual control action on a mobile phone for controlling actions on an external electronic device or household appliance. technology.

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 the mobile phone to further provide various convenience services in daily life, in addition to the simple communication and telephone calling functions.

In the prior art, the control interface of the smart phone has a high degree of convenience. Therefore, through the combination of the transmission interface, it is not difficult to achieve connection to other electronic devices and thus become an auxiliary means for replacing or replacing the electronic device, for example, through a USB transmission line or blue. The bud system uses a smart phone to operate the computer, or remotely controls the TV and other appliances with an intelligent mobile phone through an external infrared transmitter. However, in general, such technical means are only experimental in the control function of the conversion interface. Mostly, can't be true Gain control is being provided to improve the convenience of the control function, and the user still needs to click or select correspondingly through, for example, an image menu or a button, compared with the original input control means of the electronic devices. There is no improvement, so how to provide faster and more convenient driving and controlling means under the control interface of the existing smart mobile phone is a bottleneck that is difficult to break through at present, so based on the shortcomings mentioned above, the inventor of the present invention contemplates And design a smart phone that issues control commands in the user's dynamic operating mode, in order to improve the lack of existing technology, and thus enhance the implementation of the industry.

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 the mobile phone to further provide various convenience services in daily life, in addition to the simple communication and telephone calling functions.

In the prior art, the control interface of the smart phone has a high degree of convenience. Therefore, through the combination of the transmission interface, it is not difficult to achieve connection to other electronic devices and thus become an auxiliary means for replacing or replacing the electronic device, for example, through a USB transmission line or blue. The bud system uses a smart phone to operate the computer, or remotely controls the TV and other appliances with an intelligent mobile phone through an external infrared transmitter. However, in general, such technical means are only experimental in the control function of the conversion interface. Mostly, can't be true Gain control is being provided to improve the convenience of the control function, and the user still needs to click or select correspondingly through, for example, an image menu or a button, compared with the original input control means of the electronic devices. There is no improvement, so how to provide faster and more convenient driving and controlling means under the control interface of the existing smart mobile phone is a bottleneck that is difficult to break through at present, so based on the shortcomings mentioned above, the inventor of the present invention contemplates And design a smart phone that issues control commands in the user's dynamic operating mode, in order to improve the lack of existing technology, and thus enhance the implementation 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 control command issued by a user in a dynamic operation mode, such as 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 that issues a control command in a dynamic operation mode of a user, comprising: a body, which is a smart phone, and a human machine is disposed thereon. Interface, and the human interface includes a touch panel, and the body has a driving mode corresponding to at least one electronic device, at least one electrical appliance, or at least one electronic device and at least one electrical appliance a gravity sensor, which is disposed in the body, can sense the change of the angle of the body and the change of the acceleration in the space, and output differently when the body is tilted at a specific angle and the specific speed changes. And a central processing system, which is a logic circuit system including a processor disposed in the body, and electrically connected to the human machine interface and the gravity sensor, and the central processing system transmits a The driver of the software can provide at least one action interpretation function logic circuit, an action link setting function logic circuit and a mode switching function logic circuit In addition to a pattern of external actuating means or the feeding to the electronic appliances Drive action.

The action interpretation function logic circuit can determine whether the line trajectory of the user on the touch panel forms a specific shape, and can determine whether the user is the body by reading the return signal returned by the gravity sensor. Continuously shaking for a specific number of times; wherein the action link setting function logic circuit can display an input setting operation screen on the human machine interface, thereby allowing the user to customize the action determined by the function logic circuit by the action a plurality of external control commands, wherein the external control command is when the body is in the external control mode, and the plurality of functions used for controlling the electronic device or the electrical appliance can be controlled The mode switching function logic circuit can start the external driving mode after the user inputs the corresponding function command by using the man-machine interface operation, and then the function logic circuit can be used to perform the action on the user through the action function. Interpreting, and then issuing the externally-controlled instruction corresponding to the customization to further drive the built-in body Dynamic module.

The action interpretation function logic circuit further determines whether the user tilts the body toward a specific direction by a specific angle by reading the return signal returned by the gravity sensor; wherein the mode switching function logic circuit is pressed A function key or a function menu in the touch panel is used to activate the external control mode.

In addition, the present invention provides another smart phone that issues a control command in a user dynamic operation mode, and includes: a body, which is a smart phone, and a human machine interface is disposed thereon, and the human machine interface includes a a touch panel, and the body has a corresponding one of at least one electronic device a driving module capable of controlling a plurality of functions of at least one electrical appliance or at least one electronic device and at least one electrical appliance; a gravity sensor disposed in the body to sense the body being presented in the space An angle change and an amount of change in acceleration, and outputting different return signals when the body is tilted at a specific angle and a specific speed change; and a central processing system is a logic circuit including a processor disposed in the body a system, and electrically connected to the human machine interface and the gravity sensor, and the central processing system can provide at least one action interpretation function logic circuit, an action link setting function logic circuit, and a The mode switching function logic circuit further enables an external driving mode to control the operation of the electronic device or the electrical appliance.

The action interpretation function logic circuit can determine whether the user continuously shakes the body for a specific number of times by reading the return signal returned by the gravity sensor; wherein the action link setting function logic circuit can pass through the person An input setting operation screen is displayed on the machine interface, thereby allowing the user to customize the setting of a plurality of external control commands by the action of the action logic circuit, wherein the external control command is in the body In the external driving mode, the electronic device or the electrical appliance can be controlled by a plurality of functions for controlling the control; wherein the mode switching function logic can be operated by the user by using the human interface. After a corresponding function instruction, the external driving mode is activated, and then the function logic circuit is used to interpret the action of the user, and then the external driving instruction corresponding to the customization is issued to further drive the body. The drive module built in.

The action interpretation function logic circuit further determines whether the user tilts the body in a specific direction by reading the return signal returned by the gravity sensor. a specific angle; and wherein the mode switching function logic circuit activates the external driving mode by pressing a function key or pressing a function menu in the touch panel.

Furthermore, the present invention further provides another smart phone that issues a control command in a user dynamic operation mode, comprising: a body, which is a smart phone, and has a human machine interface thereon, and the person The device interface includes a touch panel, and the drive body has a plurality of functions corresponding to at least one electronic device, at least one electrical appliance, or at least one electronic device and at least one electrical appliance; and a central a processing system, which is a logic circuit system including a processor disposed in the body, and electrically connected to the human machine interface, and the central processing system can provide at least one action interpretation function logic circuit through driving by a software body An action link setting function logic circuit and a mode switching function logic circuit are further enabled to perform an action on the electronic device or the electrical appliance in an external control mode.

The action interpretation function logic circuit can determine whether the line trajectory of the user on the touch panel forms a specific shape; wherein the action link setting function logic circuit can display an input setting operation through the human machine interface. The screen further allows the user to customize the setting of the plurality of externally-executed commands by the action of the action logic circuit, wherein the external command is when the body is in the external control mode. The electronic device or the electrical appliance can be controlled by a plurality of functions for controlling, wherein the mode switching function logic circuit can be started after the user inputs a corresponding function instruction by using the human interface operation. The external control mode can further interpret the action logic function of the user through the action, and then issue the external drive control command corresponding to the custom The driving module built in the body is further driven.

The mode switching function logic circuit starts the external driving mode by pressing a function key or pressing a function menu in the touch panel.

The smart phone with the control command issued by the user in the dynamic operation mode of the invention can be designed to make the application of the mobile phone more widely and more close to the daily life of the user, for example, the user can quickly pass through several on the mobile phone. The simple action is to control the briefing software in the computer, or remote control such as TV, air-conditioning and other commonly used household appliances, which is extremely convenient, and can be applied in a wide range of fields, and further, through the control action on the customizable mobile phone Users can set the corresponding control actions according to their favorite and habits, so they can create the most suitable and most convenient control mechanism for themselves.

In order to make the above-mentioned objects, technical features, and gains after actual implementation more obvious, a more detailed description will be given below with reference to the corresponding drawings in the preferred embodiments.

(10) ‧‧‧ Ontology

(11) ‧‧‧Human Machine Interface

(111)‧‧‧Touch panel

(20)‧‧‧Gravity sensor

(30) ‧‧‧Central Processing System

(31)‧‧‧Action interpretation function logic circuit

(32)‧‧‧Action link setting function logic circuit

(33)‧‧‧ mode switching function logic circuit

The first figure is a schematic diagram of a system configuration of a smart phone that issues a control command in a user dynamic operation mode according to the present invention.

The second and third figures are diagrams of a continuous embodiment of a smart phone that issues control commands in a user dynamic mode of operation according to the present invention.

The fourth and fifth figures are diagrams of another continuous embodiment of the smart phone that issues control commands in the user's dynamic operating mode according to the present invention.

The inventors will be able to understand the features, contents, and advantages of the present invention and the effects thereof, and the present invention will be described in detail with reference to the accompanying drawings. The following is a description of the drawings, which are used for the purpose of illustration and description. They are not necessarily true proportions and precise configurations after the implementation of the present invention, and therefore should not be limited by the proportions and configuration relationships of the attached drawings. The patent scope of the present invention in actual implementation will be described first.

As shown in the first figure, the present invention is a smart phone that issues control commands in a user dynamic operation mode, and can transmit signals to a logical processing capability electronic device through a transmission interface or can receive The electrical device that is activated by the remote control signal is used as an auxiliary or alternative action command input source. The transmission interface may be a USB transmission interface, a wireless network signal transmission interface, a Bluetooth signal transmission interface or an infrared signal transmission. The interface, etc., in a preferred embodiment includes a body (10), a gravity sensor (20), and a central 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) includes a touch panel (111), and the main body (10) has a driving module corresponding to a plurality of functions for controlling the electronic device and the electrical appliance to be used (for example, a corresponding control function of the television) The infrared transmission coding mechanism) is used to drive the operation of the electronic device or the electrical appliance by using the driving module.

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. A different return signal is output when the body (10) is tilted at a specific angle and when a specific speed changes.

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) and the gravity sensor. (20), and the central processing system (30) is capable of providing at least one action interpretation function logic circuit (31), an action link setting function logic circuit (32), and a mode switching function logic circuit through driving by a software body ( 33), and then switch to an external control mode to control the operation of the electronic device or the electrical appliance.

The action interpretation function logic circuit (31) can determine whether the line trajectory of the user on the touch panel (111) forms a specific shape (for example: square, circle, triangle or U, Z, V, etc.) External shape, etc., and can determine whether the user continuously shakes the body (10) for a specific number of times (for example, two, three or four times) by reading the return signal returned by the gravity sensor (20). And determining whether the user tilts the body (10) in a specific direction by more than a specific angle by reading a return signal returned by the gravity sensor (20) (for example, the corresponding horizontal line is inclined more than 45 degrees toward the front or the rear) .

The action link setting function logic circuit (32) can display an input setting operation screen on the human machine interface (11), thereby allowing the user to judge the action that can be determined by the function logic circuit (31). Defining a plurality of external control commands, wherein the external control command is a plurality of external control commands that can be used by the electronic device or the electrical appliance when the main body (10) is switched to the external control mode The function is to execute the command of the control, and the example is as follows: For example, when the setting of the remote control television is to be performed, when the input setting operation screen prompts the user to "define the function of the TV opening function", the user touches the touch panel (111). Draw a circle, and when the input setting operation screen prompts the user to "define the TV off function action", the user shakes the body (10) three times, and the above action indicates that the user desires to use the touch panel ( 111) draw a circular motion to perform the opening of the television, and hope to perform the television shutdown by shaking the body (10) three times; and for example, wishing to set a briefing on a computer In the operation function of the software, when the input setting operation screen prompts the user to "set the corresponding action of turning the next page", the user draws a circle on the touch panel (111), and when the input setting operation screen prompts When the user "sets the corresponding action of turning back to the previous page", the user shakes the main body (10) three times, and then the setting indicates that the user will draw a circular motion on the touch panel (111). Execute the briefing to turn the next page, and hope to shake the ontology (10) three times to perform the briefing to go back to the previous page, and so on, there are countless possible custom settings, which will not be described one by one in the manual.

The mode switching function logic circuit (33) 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 touch panel (111) In the function menu input), the external driving mode is activated, so that the user can interpret the function logic circuit (31) to perform the action interpretation, and then issue the external control command corresponding to the customization, and further The driving body (10) has a built-in driving module for controlling the electronic device or the electrical appliance to control the plurality of functions to be used for driving.

Please further cooperate with the reference to the second to fifth figures, and the smart design of the smart phone that issues the control command in the user's dynamic operation mode of the present invention will make the application of the mobile phone wider and more close. In the daily life of the user, for example, the user can quickly control the briefing software in the computer (which needs to be functionally applied through the corresponding software) through a few simple actions on the mobile phone, so that the meeting or the classroom can be used. The instructor will be able to use the wireless method to control the newsletter without having to set a point in front of the computer for briefing, or the user can use the simple action on the mobile phone to remotely control common household appliances such as TV and air-conditioning. The logic circuit is set to be used as a function application), the convenience is extremely high, and the applicable fields are wide, and further, the user can enjoy and control through the control action on the customizable mobile phone. It is customary to do the setting of the corresponding control action, so it can create a control mechanism that is the most suitable and most convenient for itself. The function and convenience provided by it are obviously beyond the reach of the prior art, so the gain can be seen. Where.

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, and ask your bureau to approve the application for the invention patent, in order to invent invention, to the sense of virtue.

(10) ‧‧‧ Ontology

(11) ‧‧‧Human Machine Interface

(111)‧‧‧Touch panel

(20)‧‧‧Gravity sensor

(30) ‧‧‧Central Processing System

(31)‧‧‧Action interpretation function logic circuit

(32)‧‧‧Action link setting function logic circuit

(33)‧‧‧ mode switching function logic circuit

Claims (8)

A smart phone that issues a control command in a user dynamic operation mode, comprising: a body, wherein the smart phone is provided with a human-machine interface, and the human-machine interface comprises a touch panel, and The body has a driving module corresponding to at least one electronic device, at least one electrical appliance or at least one electronic device and at least one electrical appliance for controlling a plurality of functions; a gravity sensor is disposed in the body Detecting an angular change of the body and a change in acceleration in the space, and outputting different return signals when the body is tilted at a specific angle and a specific speed change; and a central processing system is provided The body includes a logic circuit of a processor, and is electrically connected to the human machine interface and the gravity sensor, and the central processing system can provide at least one action interpretation function logic circuit through a software driving, An action link setting function logic circuit and a mode switching function logic circuit, thereby enabling an external control mode to the electronic device or the electric The device performs the action control; wherein the action interpretation function logic circuit determines whether the line trajectory of the user on the touch panel forms a specific shape, and can return the return signal by reading the gravity sensor. Determining whether the user continuously shakes the body for a specific number of times; wherein the action link setting function logic circuit can display an input setting operation screen on the human machine interface, thereby allowing the user to interpret the function logic circuit by the action The action that can be judged is defined by setting a plurality of external drive commands, and the pair The external control command is an instruction that can be used to control a plurality of functions used by the electronic device or the electrical appliance when the body is in the external control mode; wherein the mode switching function logic circuit After the user inputs the corresponding function command by using the man-machine interface operation, the external driving mode is activated, and the function logic circuit can be interpreted by the action function to interpret the action of the user, and then the corresponding corresponding operation is issued. The external drive command further drives the drive module built in the body. The smart phone that issues a control command in a user dynamic operation mode according to the first aspect of the patent application, wherein the action interpretation function logic circuit further determines whether the user is returned by reading the return signal returned by the gravity sensor. The body is tilted over a particular angle in a particular direction. The smart phone that issues a control command in a user dynamic operation mode according to the first aspect of the patent application, wherein the mode switching function logic circuit is pressed by pressing a function key or pressing a function menu in the touch panel. Start the external drive mode. The smart phone that issues a control command in a user dynamic operation mode according to the second aspect of the patent application, wherein the mode switching function logic circuit is pressed by pressing a function key or pressing a function menu in the touch panel. Start the external drive mode. A smart phone that issues a control command in a user dynamic operation mode, comprising: a body, wherein the smart phone is provided with a human-machine interface, and the human-machine interface comprises a touch panel, and The body has a body corresponding to at least one electronic device, at least one electrical appliance or at least one electronic device and at least one electrical appliance a driving module for controlling a plurality of functions; a gravity sensor disposed in the body, capable of sensing an angular change of the body and a change in acceleration in the space, and tilting at a specific angle of the body And outputting a different response signal when the specific speed changes; and a central processing system, which is a logic circuit system including a processor disposed in the body, and electrically connected to the human machine interface and the gravity sensor, And the central processing system can provide at least one action interpretation function logic circuit, an action link setting function logic circuit and a mode switching function logic circuit through a software driving, thereby enabling an external control mode to the electronic device or The electrical appliance performs the action control; wherein the action interpretation function logic circuit can determine whether the user continuously shakes the body for a specific number of times by reading the return signal returned by the gravity sensor; wherein the action chain The setting function logic circuit can display an input setting operation screen on the man-machine interface, thereby allowing the user to perform the action. The action that can be determined by the read function logic circuit is defined to set a plurality of external drive control commands, wherein the external drive control command is when the body is in the external drive mode, and the electronic device or the electrical appliance can be The command for controlling the plurality of functions to be used for controlling the control; wherein the mode switching function logic circuit can start the external driving mode after the user inputs the corresponding function command by using the man-machine interface operation, thereby The action interpretation function logic circuit interprets the action of the user, and then issues the external drive control command corresponding to the customization to further drive the drive module built in the body. A smart phone that issues a control command in a user dynamic operation mode as described in claim 5, wherein the action interpretation function logic circuit is further readable The return signal returned by the gravity sensor determines whether the user tilts the body in a specific direction by more than a specific angle. The smart phone that issues a control command in a user dynamic operation mode according to claim 5, wherein the mode switching function logic circuit is pressed by pressing a function key or pressing a function menu in the touch panel. Start the external drive mode. The smart phone that issues a control command in a user dynamic operation mode according to claim 6 of the patent application, wherein the mode switching function logic circuit is pressed by pressing a function key or pressing a function menu in the touch panel. Start the external drive mode.