CN102932509B - Electronic terminal with dynamic adjustment key - Google Patents

Electronic terminal with dynamic adjustment key Download PDF

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Publication number
CN102932509B
CN102932509B CN201210363467.3A CN201210363467A CN102932509B CN 102932509 B CN102932509 B CN 102932509B CN 201210363467 A CN201210363467 A CN 201210363467A CN 102932509 B CN102932509 B CN 102932509B
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function button
operational order
led
control module
described control
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CN102932509A (en
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荣明军
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Evermore Software Ltd By Share Ltd
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Wuxi Evermore Software Inc
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Abstract

The invention discloses an electronic terminal. The electronic terminal comprises a display screen, a function key and a control module, wherein the function key optionally corresponds to a first operation instruction or a second operation instruction; the control module optionally sets that the function key corresponds to the first operation instruction or the function key corresponds to the second operation instruction; when setting that the function key corresponds to the first operation instruction, the control module controls the function key to be displayed in a first form; and when setting that the function key corresponds to the second operation instruction, the control module controls the function key to be displayed in a second form. Therefore, a user can freely set the operation instruction which corresponds to the function key of the electronic terminal, and can display the function key in a corresponding form, so the user can set functions of the function key according to own habits, and the electronic terminal can be conveniently used.

Description

There is the electric terminal of dynamic adjustment key
Technical field
The present invention relates to electronic device field, particularly relate to a kind of electric terminal with button dynamic adjustment function.
Background technology
Since Apple releases smart mobile phone IPONE, the use of smart mobile phone starts more and more extensive.
Current various smart mobile phones have a roomy display screen and few physical button usually.For the smart mobile phone IPONE of Apple, its below at display screen is only provided with a physical button HOME.For the mobile phone of most of Android (Android) operating system, its below at display screen generally can be provided with and return button, homepage button and menu key.In the smart mobile phone of different model, the position of each button is all different, the mobile phone of the C8812 model of such as Huawei, return button in left side, homepage button is in centre, and menu key is on right side, and the mobile phone of some model of Samsung, return button on right side, homepage button is in centre, and menu key is in left side, the arrangement mode returning button, homepage button and menu key in the mobile phone of other brands a lot of or model, also different.
Along with the development of smart mobile phone, people are often updated mobile phone, and different buttons arranges and causes use habit different, causes great puzzlement.Such as, get used to the consumer of " returning " button on right side, if use the mobile phone of " returning " button in left side, can feel very not smoothly.
Therefore, be necessary to propose improved plan to overcome the problems referred to above.
Summary of the invention
For problems of the prior art, the present invention proposes a kind of electric terminal, and it can adjust function button dynamically, with user-friendly.
According to an aspect of the present invention, the present invention proposes a kind of electric terminal, and it comprises display screen, function button and control module.Described function button is corresponding first operational order or the second operational order optionally, when corresponding first operational order of described function button, trigger this function button by execution first operational order, when corresponding second operational order of described function button, trigger this function button by execution second operational order.It is corresponding first operational order that described control module optionally sets this function button, or corresponding second operational order, when described control module sets this function button correspondence first operational order, described control module controls this function button and is shown as the first form, when described control module sets this function button correspondence second operational order, described control module controls this function button and is shown as the second form.
Further, the first form is different from the second form, the form shown according to described function button determine its corresponding be at present which operational order, user is by which operational order of function button correspondence described in described control module free setting.
Further, described function button comprises LED dot matrix, and each LED that described control module controls in the LED dot matrix of described function button is shown as form not of the same race to make described function button.
Further, when described control module sets this function button correspondence first operational order, described control module calls first group of LED LED-lattice Control parameter, and utilize the LED dot matrix of first group of LED LED-lattice Control parameter to described function button to control to make this function button be shown as the first form, when described control module sets this function button correspondence second operational order, described control module calls second group of LED LED-lattice Control parameter, the LED dot matrix of second group of LED LED-lattice Control parameter to described function button is utilized to control to make this function button be shown as the second form.
Further, described function button also optionally corresponding 3rd operational order, when corresponding 3rd operational order of described function button, trigger this function button by execution the 3rd operational order, described control module also optionally sets corresponding 3rd operational order of this function button, when described control module sets this function button correspondence the 3rd operational order, described control module calls the 3rd group of LED LED-lattice Control parameter, and utilize the LED dot matrix of the 3rd group of LED LED-lattice Control parameter to described function button to control to make this function button be shown as the third form.
Further, the control data that LED LED-lattice Control parameter includes each LED in the LED dot matrix of described function button is often organized.
According to another aspect of the present invention, the present invention also goes out another kind of electric terminal, and it comprises display screen, the first function button, the second function button, the 3rd function button and control module.First function button is corresponding first operational order or the second operational order optionally, and the second function button is corresponding second operational order or the first operational order optionally, corresponding 3rd operational order of the 3rd function button.Described control module optionally sets corresponding first operational order of the first function button or the second operational order, optionally set corresponding second operational order of the second function button or the first operational order, corresponding first operational order of the first function button is set in described control module, during second function button correspondence the second operational order, described control module controls the first function button and is shown as the first form, second function button is shown as the second form, corresponding second operational order of the first function button is controlled in described control module, during second function button correspondence the first operational order, described control module controls the first function button and is shown as the second form, second function button is shown as the first form.
Further, first operational order is one in return command, menucommand, homepage order or search command, second operational order is one in return command, menucommand, homepage order or search command, 3rd operational order is one in return command, menucommand, homepage order or search command, three operational order differences.
Further, first function button and the second function button include LED dot matrix, corresponding first operational order of the first function button is set in described control module, during second function button correspondence the second operational order, described control module utilizes the LED dot matrix of first group of LED LED-lattice Control parameter to the first function button to control to make the first function button be shown as the first form, the LED dot matrix of second group of LED LED-lattice Control parameter to the second function button is utilized to control to make the second function button be shown as the second form, corresponding second operational order of the first function button is set in described control module, during second function button correspondence the first operational order, described control module utilizes the LED dot matrix of second group of LED LED-lattice Control parameter to the first function button to control to make the first function button be shown as the second form, the LED dot matrix of first group of LED LED-lattice Control parameter to the second function button is utilized to control to make the second function button be shown as the first form.
Further, the various forms of described function button display is different pictorial symbolization, and this first form is the pictorial symbolization of the first operational order, and this second form is the pictorial symbolization of the second operational order.
Compared with prior art, can set the operational order that the function button of electric terminal is corresponding in the present invention, this function button can be shown as corresponding form, such user can arrange the function of function button according to the custom of oneself, easy to use simultaneously.
Accompanying drawing explanation
Fig. 1 a is the outward appearance front view of smart mobile phone when a kind of using state in the present invention;
Fig. 1 b is the outward appearance front view of smart mobile phone when another kind of using state in the present invention;
Fig. 2 is the illustrative view of functional configuration in the smart mobile phone in Fig. 1 a and Fig. 1 b;
Fig. 3 is the LED(light emitting diode in the present invention, light-emitting diode, is called for short LED) schematic diagram of array.
Embodiment
Below in conjunction with accompanying drawing, the present invention is elaborated.
Composition graphs 1a, shown in 1b and Fig. 2, the control module 190 that the invention provides a kind of smart mobile phone or communication apparatus, it includes display screen 110, be positioned at physical keyboard (or claiming combination of physical button) 120 below display screen 110, be positioned at loud speaker 130 above display screen 110, radio-frequency module 140, antenna 150, microphone 170 and be electrically connected with modules.About the concrete call of smart mobile phone and other operation principle unrelated to the invention, therefore will not be described in the present invention.
As shown in Figure 2, described physical keyboard 120 includes three physical button, is designated as the first function button 121, second function button 122 and the 3rd function button 123 respectively.
First function button 121 is corresponding first operational order or the second operational order optionally, and the second function button 122 is corresponding second operational order or the first operational order optionally.In other words, when the first function case 121 corresponding first operational order, at corresponding second operational order of the second function case 122 meeting, when the first function case 121 corresponding second operational order, can corresponding first operational order in the second function case 122.Corresponding 3rd operational order of 3rd function button 123.
In the example shown in Fig. 1 a or 1b, first operational order can be return command, mobile phone is then made to return to an interface when triggering this return command, second operational order can be menucommand, mobile phone is then made to enter menu interface when triggering this menucommand, 3rd operational order is homepage order, then makes mobile phone return to homepage (HOME) interface when triggering this operational order.In other embodiments, first operational order can be one in return command, menucommand, homepage order or search command, second operational order is one in return command, menucommand, homepage order or search command, 3rd operational order is one in return command, menucommand, homepage order or search command, three operational order differences, can also have other instruction certainly.
Described control module 190 optionally sets corresponding first operational order of the first function button 121 or the second operational order, optionally sets corresponding second operational order of the second function button 122 or the first operational order.User can set which operational order of the first function button 121 and the second function button 122 correspondence freely by the operating system of mobile phone, it can be selected according to hobby or custom.
Corresponding first operational order of the first function button 121 is set in described control module 190, during the second function button 122 corresponding second operational order, described control module 190 controls the first function button 121 and is shown as the first form, and the second function button 122 is shown as the second form.This first form is the pictorial symbolization of the first operational order, and this second form is the pictorial symbolization of the second operational order.As shown in Figure 1a, the first function key 121 is shown as menu graphical mark, and the second function button 122 is shown as returning pictorial symbolization, and the 3rd function key is shown as homepage pictorial symbolization.
Corresponding second operational order of the first function button 121 is controlled in described control module 190, during the second function button 122 corresponding first operational order, described control module 190 controls the first function button 121 and is shown as the second form, and the second function button 122 is shown as the first form.Same, this first form is the pictorial symbolization of the first operational order, and this second form is the pictorial symbolization of the second operational order.As shown in Figure 1 b, the first function key 121 is shown as returning pictorial symbolization, and the second function button 122 is shown as menu graphical mark, and the 3rd function key is shown as homepage pictorial symbolization.
Different operational orders can have different pictorial symbolizations, it is such that the pictorial symbolization of such as homepage order may show for the function button 123 in Fig. 1 a, it is such that the pictorial symbolization of return command may show for the function button 122 in Fig. 1 a, it is such that the pictorial symbolization of menucommand may show for the function button 121 in Fig. 1 a, and search command may be one and amplify figure easily.
Like this, user can according to oneself need set the display graphical indicia of each function button and the operational order of its correspondence, make user carry out operating handset according to the custom of oneself, improve Consumer's Experience.In use, described smart mobile phone can adopt the mode of acquiescence to set the operational order of the first function button 121 and the second function button 122 correspondence, if user uses uncomfortable, user can revise the operational order of the first function button 121 and the second function button 122 correspondence by the operating system of smart mobile phone.
In a preferred embodiment, the first function button 121 and the second function button 122 include LED(light emitting diode, light-emitting diode, are called for short LED) dot matrix.As shown in Figure 3, wherein each stain represents a LED to described LED dot matrix.Corresponding first operational order of the first function button 121 is set in described control module 190, during the second function button 122 corresponding second operational order, described control module 190 utilizes the LED dot matrix of first group of LED LED-lattice Control parameter to the first function button 121 stored to control to make the first function button 121 be shown as the first form, utilizes the LED dot matrix of storage second group of LED LED-lattice Control parameter to the second function button to control to make the second function button be shown as the second form.Corresponding second operational order of the first function button 121 is set in described control module 190, during the second function button 122 corresponding first operational order, described control module 190 utilizes the LED dot matrix of second group of LED LED-lattice Control parameter to the first function button 121 to control to make the first function button 121 be shown as the second form, utilizes the LED dot matrix of first group of LED LED-lattice Control parameter to the second function button 122 to control to make the second function button 122 be shown as the first form.Wherein, the control data that LED LED-lattice Control parameter includes each LED in the LED dot matrix of described function button is often organized.At examples of implementation, that form that the control data of each LED that often can organize in LED LED-lattice Control parameter according to setting makes each function button show shows as a kind of dynamic mode.Such as one returns pictorial symbolization (such as brighten gradually, dimmed etc.) dynamically.Make the first function button first be shown as the first form for another example, make the second function button first be shown as the second form afterwards again, such cycle alternation etc.User can set various dynamical fashion by the value of setting each group of LED LED-lattice Control parameter.
To invention has been exemplary explanation above for smart mobile phone, obviously, scheme in the present invention also may be used in other electronic equipments, such as panel computer, game terminal, common communication equipment or other mobile or fixed equipment (as Production Controller) etc.
One as the thinking in the present invention is improved or is extended, in another embodiment, the present invention also proposes a kind of electric terminal, and it comprises display screen, function button and control module, a function button can be only had in this example, also can have multiple function button.One of them function button is corresponding first operational order or the second operational order optionally, when corresponding first operational order of described function button, trigger this function button by execution first operational order, when corresponding second operational order of described function button, trigger this function button by execution second operational order.It is corresponding first operational order that described control module optionally sets this function button, or corresponding second operational order, when described control module sets this function button correspondence first operational order, described control module controls this function button and is shown as the first form, when described control module sets this function button correspondence second operational order, described control module controls this function button and is shown as the second form.This first form is the pictorial symbolization of the first operational order, and this second form is the pictorial symbolization of the second operational order.
In one further embodiment, often kind of form of display can be a kind of pictorial symbolization, the first form is different from the second form, the form shown according to described function button determine its corresponding be at present which operational order, user is by which operational order of function button correspondence described in described control module free setting.
In one further embodiment, described function button comprises LED dot matrix, and each LED that described control module controls in the LED dot matrix of described function button is shown as form not of the same race to make described function button.When described control module sets this function button correspondence first operational order, described control module calls first group of LED LED-lattice Control parameter, and utilize the LED dot matrix of first group of LED LED-lattice Control parameter to described function button to control to make this function button be shown as the first form, when described control module sets this function button correspondence second operational order, described control module calls second group of LED LED-lattice Control parameter, the LED dot matrix of second group of LED LED-lattice Control parameter to described function button is utilized to control to make this function button be shown as the second form.
In one further embodiment, described function button also optionally corresponding 3rd operational order, when corresponding 3rd operational order of described function button, trigger this function button by execution the 3rd operational order, described control module also optionally sets corresponding 3rd operational order of this function button, when described control module sets this function button correspondence the 3rd operational order, described control module calls the 3rd group of LED LED-lattice Control parameter, and utilize the LED dot matrix of the 3rd group of LED LED-lattice Control parameter to described function button to control to make this function button be shown as the third form.The third form is the pictorial symbolization of the 3rd operational order.
In the present invention, advantage, benefit or an object are: the display format of described function button and corresponding operational order all can dynamic conditioning, convenient for users to use like this.
Although describe the present invention by embodiment, those of ordinary skill in the art know, the present invention has many distortion and change and do not depart from spirit of the present invention, and the claim appended by wishing comprises these distortion and change and do not depart from spirit of the present invention.

Claims (7)

1. an electric terminal, it comprises display screen, function button and control module, it is characterized in that,
Described function button is corresponding first operational order or the second operational order optionally, when corresponding first operational order of described function button, trigger this function button by execution first operational order, when corresponding second operational order of described function button, trigger this function button by execution second operational order
It is corresponding first operational order that described control module optionally sets this function button, or corresponding second operational order, when described control module sets this function button correspondence first operational order, described control module controls this function button and is shown as the first form, when described control module sets this function button correspondence second operational order, described control module controls this function button and is shown as the second form
The first form is different from the second form, the form shown according to described function button determine its corresponding be at present which operational order, user by which operational order of function button correspondence described in described control module free setting,
First operational order is one in return command, menucommand, homepage order or search command, and the second operational order is one in return command, menucommand, homepage order or search command,
Described function button comprises LED dot matrix, and each LED that described control module controls in the LED dot matrix of described function button is shown as form not of the same race to make described function button.
2. electric terminal according to claim 1, it is characterized in that, when described control module sets this function button correspondence first operational order, described control module calls first group of LED LED-lattice Control parameter, and utilize the LED dot matrix of first group of LED LED-lattice Control parameter to described function button to control to make this function button be shown as the first form, when described control module sets this function button correspondence second operational order, described control module calls second group of LED LED-lattice Control parameter, the LED dot matrix of second group of LED LED-lattice Control parameter to described function button is utilized to control to make this function button be shown as the second form.
3. electric terminal according to claim 1, it is characterized in that, described function button also optionally corresponding 3rd operational order, when corresponding 3rd operational order of described function button, trigger this function button by execution the 3rd operational order, described control module also optionally sets corresponding 3rd operational order of this function button, when described control module sets this function button correspondence the 3rd operational order, described control module calls the 3rd group of LED LED-lattice Control parameter, and utilize the LED dot matrix of the 3rd group of LED LED-lattice Control parameter to described function button to control to make this function button be shown as the third form.
4. electric terminal according to claim 1 and 2, is characterized in that, often organizes the control data that LED LED-lattice Control parameter includes each LED in the LED dot matrix of described function button.
5. an electric terminal, it comprises display screen, the first function button, the second function button, the 3rd function button and control module, it is characterized in that,
First function button is corresponding first operational order or the second operational order optionally, and the second function button is corresponding second operational order or the first operational order optionally, corresponding 3rd operational order of the 3rd function button,
Described control module optionally sets corresponding first operational order of the first function button or the second operational order, optionally set corresponding second operational order of the second function button or the first operational order, corresponding first operational order of the first function button is set in described control module, during second function button correspondence the second operational order, described control module controls the first function button and is shown as the first form, second function button is shown as the second form, corresponding second operational order of the first function button is controlled in described control module, during second function button correspondence the first operational order, described control module controls the first function button and is shown as the second form, second function button is shown as the first form,
The first form is different from the second form, the form shown according to described function button determine its corresponding be at present which operational order, user by which operational order of function button correspondence described in described control module free setting,
First operational order is one in return command, menucommand, homepage order or search command, and the second operational order is one in return command, menucommand, homepage order or search command,
First function button and the second function button include LED dot matrix,
Corresponding first operational order of the first function button is set in described control module, during second function button correspondence the second operational order, described control module utilizes the LED dot matrix of first group of LED LED-lattice Control parameter to the first function button to control to make the first function button be shown as the first form, the LED dot matrix of second group of LED LED-lattice Control parameter to the second function button is utilized to control to make the second function button be shown as the second form
Corresponding second operational order of the first function button is set in described control module, during second function button correspondence the first operational order, described control module utilizes the LED dot matrix of second group of LED LED-lattice Control parameter to the first function button to control to make the first function button be shown as the second form, utilizes the LED dot matrix of first group of LED LED-lattice Control parameter to the second function button to control to make the second function button be shown as the first form.
6. electric terminal according to claim 5, is characterized in that, the 3rd operational order is one in return command, menucommand, homepage order or search command, three operational order differences.
7. electric terminal according to claim 1 or 5, it is characterized in that, the various forms of described function button display is different pictorial symbolization, and this first form is the pictorial symbolization of the first operational order, and this second form is the pictorial symbolization of the second operational order.
CN201210363467.3A 2012-09-26 2012-09-26 Electronic terminal with dynamic adjustment key Active CN102932509B (en)

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CN108536229A (en) * 2018-04-13 2018-09-14 广东天波信息技术股份有限公司 Intelligent terminal multifunction push key system, method and intelligent terminal
CN109005351A (en) * 2018-09-05 2018-12-14 深圳市万普拉斯科技有限公司 Image pickup method, device, computer equipment and storage medium

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Address after: 214000 Jiangsu Province, Wuxi City District Zhenze Wuxi Road No. 18 (National) fish Software Park building D block

Patentee after: Evermore software Limited by Share Ltd

Address before: 214135 Jiangsu Province, Wuxi City District Road No. 18 national Zhenze software park three Volans D building

Patentee before: Wuxi Evermore Software Co., Ltd.