CN105045473A - Human-computer interaction system and method - Google Patents
Human-computer interaction system and method Download PDFInfo
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- CN105045473A CN105045473A CN201510391325.1A CN201510391325A CN105045473A CN 105045473 A CN105045473 A CN 105045473A CN 201510391325 A CN201510391325 A CN 201510391325A CN 105045473 A CN105045473 A CN 105045473A
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Abstract
The invention relates to a human-computer interaction system and method which can simplify structure and lower cost. The human-computer interaction system comprises an operating button, an interaction processing unit and a display unit, wherein the signal input end of the interaction processing unit is connected with the operating button, the signal output end of the interaction processing unit is connected with the display unit, and the operating button is pressed or rotated to cause the display unit to display corresponding menu information.
Description
Technical field
The present invention relates to a kind of man-machine interactive system and method.
Background technology
Existing man-machine interactive system mainly contains two kinds:
1, push button man-machine interactive system; Push button man-machine interactive system comprises multiple button, presses different button, to determine that user wants the interactive operation carried out.But push button man-machine interactive system has that button is numerous, cost is high, easy to failure, panel is comparatively large, operator needs the more time to be familiar with using, interaction process unit easily receives the shortcomings such as the menu information of mistake.
2, touch man-machine interactive system; Touch man-machine interactive system comprises touch-screen, and the diverse location of point touching screen, to determine that user wants the interactive operation carried out.But touch-screen has the shortcomings such as manufacturing cost is high, easy to failure, panel is comparatively large, power consumption is large.
Summary of the invention
Problem to be solved by this invention is just to provide a kind of man-machine interactive system and method, simplify structure, reduce costs, easy to operate.
For solving the problem, the present invention adopts following technical scheme:
A kind of man-machine interactive system, comprise an action button, interaction process unit and display unit, the signal input part of interaction process unit is connected with action button, the signal output part of interaction process unit is connected with display unit, shows corresponding menu information by pressing or rotating an action button to make display unit.
Man-machine interactive system of the present invention comprises action button, user can send all menu informations by singlehanded rotation or pressing operation button, therefore, compared with push button man-machine interactive system, action button of the present invention simplifies the structure of man-machine interactive system, even without reading instructions or when assisting understanding and memory menu system by other means, new user also can pass through pressing and rotation process button, thus the menu information on the display unit needed for quick obtaining; Compared with touch man-machine interactive system, action button of the present invention reduces manufacturing cost and the maintenance cost of man-machine interactive system.In addition, when use man-machine interactive system of the present invention, user's finger manipulation concentrates on a bit, instead of moves on whole panel or monoblock screen.
Man-machine interactive system of the present invention also comprises display unit, and display unit is for showing single file interactive operation result.Design like this, display unit interface is simple and volume is little, the result of interactive operation is easily correctly obtained by user.
Further, the menu information of described display unit display is character.Character comprise in numeral, letter, word and symbol one or more, so design, can reduce man-machine interactive system power consumption in the course of the work, corresponding display element cost is lower.
A kind of man-machine interaction method, comprises the following steps:
S01) if menu system is in navigational state, then S03 is entered) step, if menu system is in hidden state, then enter S02) step;
S02) pressing operation button, to make menu system enter navigational state from hidden state, and display unit display single file menu item;
S03) under navigational state, rotate action button, switch the item up and down of current menu at the same level;
S04) pressing operation button under navigational state, enter the submenu of the current set of menu item, enter the editing mode of the current set of menu item or return the Previous Menu of the current set of menu item, if enter submenu or return Previous Menu, then return S03) step, if the editing mode of entering, then enter S05) step;
S05) under editing mode, rotate action button and carry out parameter modification;
S06) pressing operation button under editing mode, confirm that parameter modification is complete, menu system is back to navigational state.
Man-machine interaction method of the present invention is by rotating or pressing single operation button, and can determine that user wants the interactive operation carried out, this method significantly can reduce the probability that interaction process unit receives erroneous menu information.
Further, described menu system comprises function menu item, when the current set of menu item is function menu item, at S04) in step after pressing operation button, perform the function action described by menu information of current function menu item.
Further, described menu system comprises start-stop function menu item, when the current set of menu item is start-stop function menu item, at S04) in step after pressing operation button, perform the function action described by menu information of current start-stop function menu item, enter executing state; At executing state pressing operation button, stop performing, turn back to navigational state.
Further, at S05) menu item that carries out parameter modification in step is single choice parameter item, described single choice parameter item comprises at least two alternative parameter items, and rotation process button switches at least two alternative parameter items.Design like this, simplifies the step needed for the amendment of single choice parameter item.
Further, at S05) carry out the menu item of parameter modification in step for increase and decrease parameter item, described increase and decrease parameter item comprises the serial number with smallest incremental in designation area, and rotation process button increases progressively to the upper limit direction between designation area to make numerical value or successively decreases to the lower limit direction between designation area.Design like this, simplifies the step needed for the amendment of increase and decrease parameter item.
Further, the speed of increasing and decrease of the rotational speed adjustable numerical value of action button is changed.Design like this can facilitate user to input target value fast in larger interval.
Further, at S05) menu item that carries out parameter modification in step is numeric string parameter item, described numeric string parameter item is made up of the numeral of random length.Action button rotates along first direction to switch between alternative numeric character 0 ~ 9 and delete mark, action button chooses symbol along the second direction contrary with first direction rotation confirmation is current, if numeric character, then add numeric string to and become last numeral, if delete mark, then delete last figure place of numeric string.Design like this, simplifies the step needed for the amendment of numeric string parameter item.
Further, above-mentioned numeric string also can comprise letter, as long as increase the letter character that may occur in the symbol of alternative switching.
Further, long by action button under navigational state, or under navigational state action button long time no operations, menu system enters hidden state from display state, and display unit is hidden when last item menu item.Design like this, significantly can reduce display unit power consumption in the standby state.
Accompanying drawing explanation
Fig. 1 is the structural representation of man-machine interactive system in the preferred embodiment of the present invention;
Fig. 2 is the process flow diagram of man-machine interaction method in the preferred embodiment of the present invention;
Fig. 3 is the tree structure figure of menu system in the preferred embodiment of the present invention;
Fig. 4 is the tree structure figure (cooking apparatus) of menu system in the preferred embodiment of the present invention;
Fig. 5 is the tree structure figure (universal testing machine) of menu system in the preferred embodiment of the present invention;
Fig. 6 is the structural representation (cooking apparatus) that in the preferred embodiment of the present invention, menu system is in editing mode;
Fig. 7 is the structural representation (cooking apparatus) that in the preferred embodiment of the present invention, menu system is in navigational state;
Fig. 8 is the structural representation (universal testing machine) that in the preferred embodiment of the present invention, menu system is in editing mode.
Embodiment
The technical scheme of accompanying drawing to the embodiment of the present invention below in conjunction with the embodiment of the present invention is explained and illustrated, but following embodiment is only the preferred embodiments of the present invention, and not all.Based on the embodiment in embodiment, those skilled in the art under the prerequisite not making creative work obtain other embodiments, all belong to protection scope of the present invention.
Embodiment one
With reference to Fig. 1, a kind of man-machine interactive system, comprises an action button 1, interaction process unit 2 and display unit 3, and the signal input part of interaction process unit 2 is connected with action button 1, and the signal output part of interaction process unit 2 is connected with display unit 3.After pressing or a rotation action button 1, interaction process unit 2 will receive the menu information sent with executable operations button 1, and menu information is presented on display unit 3 by interaction process unit 2.
With reference to Fig. 2 and Fig. 3, in the course of work of man-machine interactive system, the method for man-machine interaction comprises the following steps:
S01) if menu system is in navigational state, then S03 is entered) step, if menu system is in hidden state, then enter S02) step;
S02) pressing operation button, to make menu system enter navigational state from hidden state, and display unit display single file menu item;
S03) under navigational state, rotate action button, switch the item up and down of current menu at the same level;
S04) pressing operation button under navigational state, enter the submenu of the current set of menu item, enter the editing mode of the current set of menu item or return the Previous Menu of the current set of menu item, if enter submenu or return Previous Menu, then return S03) step, if the editing mode of entering, then enter S05) step;
S05) under editing mode, rotate action button and carry out parameter modification;
S06) pressing operation button under editing mode, confirm that parameter modification is complete, menu system is back to navigational state.
In the course of work of man-machine interactive system, to revise the parameter (menu system is in navigational state) of a wherein menu item of menu system: the first step, rotates action button under navigational state, switches the item up and down of current menu at the same level; Second step, pressing operation button under navigational state, enters the editing mode of the current set of menu item; 3rd step, rotates action button and carries out parameter modification under editing mode; 4th step, pressing operation button under editing mode, confirm that parameter modification is complete, menu system is back to navigational state.
In the course of work of man-machine interactive system, to enter the submenu (menu system is in navigational state) of a wherein menu item of menu system: the first step, under navigational state, rotate action button, switch the item up and down of current menu at the same level; Second step, pressing operation button under navigational state, enters the submenu of the current set of menu item.
In the course of work of man-machine interactive system, Previous Menu (menu system is in hidden state) for a wherein menu item of backtrack menu system: the first step, pressing operation button, to make menu system enter navigational state from hidden state, and display unit display single file menu item; Second step, rotates action button under navigational state, switches the item up and down of current menu at the same level; 3rd step, pressing operation button under navigational state, returns the Previous Menu of the current set of menu item.
Embodiment two
With reference to Fig. 1, a kind of man-machine interactive system, comprises an action button 1, interaction process unit 2 and display unit 3, and the signal input part of interaction process unit 2 is connected with action button 1, and the signal output part of interaction process unit 2 is connected with display unit 3.After pressing or a rotation action button 1, interaction process unit 2 will receive the menu information sent with executable operations button 1, and menu information is presented on display unit 3 by interaction process unit 2.
In the present embodiment, man-machine interactive system is used for cooking apparatus, before cooking apparatus dispatches from the factory, technician need arrange menu system at interaction process unit place, with reference to Fig. 1 and Fig. 4, menu system comprises master menu, master menu comprises meter kind 11, mouthfeel 12, cooking way 13, whether timing 14, timing minutes 15, start to cook 16, be incubated 17 menu items such as grade, display unit 3 shows rice kind 11, mouthfeel 12, cooking way 13, whether timing 14, timing minutes 15, start to cook 16, in insulation 17 during any one menu item, rotation process button 1 menu system is in navigational state.Wherein, start to cook 16 and insulation 17 be function menu item, when display unit 3 display starts to cook 16, pressing operation button 1, cooking apparatus starts cooking function; When display unit 3 shows insulation 17, pressing operation button 1, cooking apparatus starts heat insulation function.
With reference to Fig. 1 and Fig. 4, scented rice 111, northeast rice 112, maize 113, polished rice 114 and brown rice 115 are the single choice parameter item of rice kind 11, on the left of display unit 3 when display rice kind 11, scented rice 111 will be shown on the right side of display unit 3, northeast rice 112, maize 113, polished rice 114, any one menu item in brown rice 115, rice kind 11 is shown on the left of display unit 3, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, action button 1 is rotated under editing mode, scented rice 111, northeast rice 112, maize 113, polished rice 114 and brown rice 115 will show successively on the right side of display unit 3, soft 121, moderate 122, partially hard 123 and crispy rice 124 be respectively the single choice parameter item of mouthfeel 12, on the left of display unit 3 when display mouthfeel 12, the any one menu item in soft 121, moderate 122, partially hard 123 and crispy rice 124 will be shown on the right side of display unit 3, mouthfeel 12 is shown on the left of display unit 3, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, under editing mode, rotate action button 1, soft 121, moderate 122, partially hard 123 and crispy rice 124 will show successively on the right side of display unit 3, standard 131, cook 132 quickly soon, cook gruel 133, gruel 134 and boiling 135 are respectively the single choice parameter item of cooking way 13, on the left of display unit 3 when display cooking way 13, standard 131 will be shown on the right side of display unit 3, cook 132 quickly soon, cook gruel 133, any one menu item in gruel 134 and boiling 135, cooking way 13 is shown on the left of display unit 3, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, action button 1 is rotated under editing mode, standard 131, cook 132 quickly soon, cook gruel 133, gruel 134 and boiling 135 will show successively on the right side of display unit 3, " 0 " and " 1 " is the switch parameter item of whether timing 14, " 0 " represents cooking apparatus timeing closing function, " 1 " represents cooking apparatus and starts timing function, on the left of display unit 3 when display whether timing 14, will show on the right side of display unit 3 " 0 " or " 1 ", whether timing 14 is shown on the left of display unit 3, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, under editing mode, rotate action button 1, " 0 " and " 1 " will show successively on the right side of display unit 3, 1 to 60 is the increase and decrease parameter item of timing minutes 15, on the left of display unit 3 when Displaying timer minutes 15, any one numerical value in 1 to 60 will be shown on the right side of display unit 3, Displaying timer minutes 15 on the left of display unit 3, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, under editing mode, rotate action button 1,1 to 60 will show successively on the right side of display unit 3.
With reference to Fig. 1 and Fig. 4, when menu system is in hidden state, to start the cooking function of cooking apparatus: the first step, user's pressing operation button 1, menu system enters navigational state from hidden state, and, on the left of display unit 3, show rice kind 11 in master menu; Second step, user turns clockwise action button 1, starts to cook 16 to make to show in master menu on the left of display unit 3; 3rd step, user's pressing operation button 1, interaction process unit 2 perform start to cook 16 cooking function instruction, and display unit 3 display starts to cook 16.
With reference to Fig. 1 and Fig. 4, when menu system is in navigational state (display unit display cooking way), to start the timing function of cooking apparatus: the first step, user turns clockwise action button 1, to make to show on the left of display unit 3 in master menu whether timing 14; Second step, user's pressing operation button 1, menu system enters editing mode from navigational state, and, on the right side of display unit 3, show " 0 "; 3rd step, user turns clockwise action button 1, to make to show " 1 " on the right side of display unit 3; 4th step, user's pressing operation button 1, interaction process unit 2 performs the startup timing function instruction of " 1 ", and menu system enters navigational state from editing mode, and, show whether timing 14 on the left of display unit 3.
With reference to Fig. 1 and Fig. 4, hidden state is at menu system, and during cooking apparatus startup timing function instruction, to revise the timing minute of cooking apparatus: the first step, user's pressing operation button 1, menu system enters navigational state from hidden state, and, on the left of display unit 3, show rice kind 11 in master menu; Second step, user turns clockwise action button 1, to show in master menu timing minutes 15 on the left of display unit 3; 3rd step, user's pressing operation button 1, menu system enters editing mode from navigational state, and, show " 1 " on the right side of display unit 3; 4th step, user turns clockwise action button 1, display unit 3 shows " 40 ", 4th step, user's pressing operation button 1, interaction process unit 2 performs the instruction starting cooking function after 40 minutes, and menu system enters navigational state from editing mode, further, Displaying timer minutes 15 on the left of display unit 3.
With reference to Fig. 1 and Fig. 4, when menu system is in hidden state, the function of cooking gruel starting cooking apparatus is example: the first step, user's pressing operation button 1, menu system enters navigational state from hidden state, and, on the left of display unit 3, show mouthfeel 12 in master menu; Second step, user turns clockwise action button 1, to make to show cooking way 13 in master menu on the left of display unit 3; 3rd step, user's pressing operation button 1, to make menu system enter editing mode from navigational state, and, on the right side of display unit 3, show standard 131; 4th step, user turns clockwise action button 1, cooks gruel 133 to make display on the right side of display unit 3; 5th step, user's pressing operation button 1, interaction process unit 2 receive cook gruel 133 instruction of cooking gruel, menu system enters navigational state from editing mode, and, show cooking way 13 on the left of display unit 3.
In the present embodiment, the segment word color and background look of display unit can change, even if single color LCD screen also can be embodied by inverse text effect, grasps state residing for menu system to facilitate user.With reference to Fig. 6 and Fig. 7, for rice kind, menu system enters editing mode from navigational state, and the text be positioned on the right side of display unit will become " highlighting ", i.e. black matrix wrongly written or mispronounced character; Menu system enters navigational state from editing mode, and the text be positioned on the left of display unit will become " highlighting ".In other embodiments of the present invention, on display unit can there are lines in selected menu item below menu information, or on display unit, selected menu item glimmers, and grasps state residing for menu system to facilitate user.
In the present embodiment, menu system enters editing mode, and when showing " 40 " on the right side of display unit, accelerates rotation process button, accelerate to make the switch speed in 0 to 60 between adjacent numeral; Menu system enters editing mode, and when showing " 40 " on the right side of display unit, be rotated in deceleration action button, and to make the switch speed in 0 to 60 between adjacent numeral slow down, user finds by the method minimizing the time spent needed for designation number in minute numerical value.
In the present embodiment, user is long under navigational state, and by action button, menu system enters hidden state from display state, and display unit is hidden when last item menu item.Described length touch the button for: user presses button to POF, and, guarantee button not exit function position in the given time.Such as, the time of user's pressing operation button is 1 second, is more than 3 seconds with the head of a household by the time of action button.In other embodiments of the present invention, action button long time no operations under navigational state, menu system also can enter hidden state from display state, and display unit is hidden when last item menu item.
In the present embodiment, the menu information of display unit display is character, described character comprise in numeral, letter, word and symbol one or more.For the single choice parameter item of rice kind, the single choice parameter item of rice kind is scented rice, northeast rice, maize, polished rice and brown rice, and display unit is with the single choice parameter item of the form of word display rice kind.In other embodiments of the invention, the single choice parameter item of rice kind also can be 1,2,3,4 and 5, and display unit shows the single choice parameter item of meter kind in digital form.
In the present embodiment, be arranged on cooking way utensil after button, interaction process unit and display unit are connected as a single entity.
Embodiment three
With reference to Fig. 1, a kind of man-machine interactive system, comprises an action button 1, interaction process unit 2 and display unit 3, and the signal input part of interaction process unit 2 is connected with action button 1, and the signal output part of interaction process unit 2 is connected with display unit 3.After pressing or a rotation action button 1, interaction process unit 2 will receive the menu information sent with executable operations button 1, and menu information is presented on display unit 3 by interaction process unit 2.
In the present embodiment, man-machine interactive system is used for universal testing machine, arranges test parameters and complete load test by menu system.Menu system comprises master menu, the menu items such as with reference to Fig. 1 and Fig. 5, master menu comprises speed threshold 21, Bit andits control 22, power control 23, arrange 24, shutdown 25; Menu system also comprises submenu, the submenu of Bit andits control 22 comprises speed 221, target location 222, stretch 223, reset back to zero 224 and return the menu items such as 225, the submenu that power controls 23 comprises frequency 231, mid point 232, amplitude 233, vibration 234 and returns the menu items such as 235, and the submenu arranging 24 comprises login 241, high pressure 242, power reset 243 and return the menu items such as 244.Wherein, stretch 223, vibration 234 be start-stop function menu items, show stretching 223 at display unit 3, when vibrating 234, pressing operation button 1, perform " stretching ", " vibration " load test respectively, enter executing state, on the right side of menu, occur that " stopping " is to point out operator, under executing state, pressing operation button 1, send stopping test dictation, return navigational state, right side " stopping " word disappears; Return 225, return 235, power resets 243, return 244 and shutdown 25 be function menu item, return 225 in display unit 3 display, return 235 and return in 244 a menu item time, pressing operation button 1, menu system returns master menu; When display unit 3 shows shutdown 25, pressing operation button 1, the application program system of universal testing machine is closed.
With reference to Fig. 1 and Fig. 5, "-100 ", "-20 ", "-5 ", "-1 ", " 0 ", " 1 ", " 5 ", the single choice parameter item that " 20 " and " 100 " are speed threshold 21, on the left of display unit 3 when display speed shelves 21, will show "-100 " on the right side of display unit 3, "-20 ", "-5 ", "-1 ", " 0 ", " 1 ", " 5 ", " 20 ", any one menu parameter in " 100 ", display speed shelves 21 on the left of display unit 3, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, action button 1 is rotated under editing mode, "-100 ", "-20 ", "-5 ", "-1 ", " 0 ", " 1 ", " 5 ", " 20 " and " 100 " will show successively on the right side of display unit 3, 0.01 to 50.00 is the increase and decrease parameter item of speed 221, on the left of display unit 3 when display speed 221, any one numerical value in 0.01 to 50.00 will be shown on the right side of display unit 3, display speed 221 on the left of display unit 3, and when menu system is in navigational state, pressing operation button 1, menu system will enter editing mode, under editing mode, rotate action button 1,0.01 to 50.00 will show successively on the right side of display unit 3, rotates and causes minimum increase and decrease amount to be 0.01,-200 to 200 is the increase and decrease parameter item of target location 222, on the left of display unit 3 when display-object position 222, any one numerical value in-200 to 200 will be shown on the right side of display unit 3, display-object position 222 on the left of display unit 3, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, under editing mode, rotate action button 1 ,-200 to 200 will show successively on the right side of display unit 3, 0.01 to 100 is the increase and decrease parameter item of frequency 231, on the left of display unit 3 when display frequency 231, any one numerical value in 0.01 to 100 will be shown on the right side of display unit 3, display frequency 231 on the left of display unit 3, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, under editing mode, rotate action button 1,0.01 to 100 will show successively on the right side of display unit 3,-500 to 500 is the increase and decrease parameter item of mid point 232, on the left of display unit 3 when display mid point 232, any one numerical value in-500 to 500 will be shown on the right side of display unit 3, mid point 232 is shown on the left of display unit 3, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, under editing mode, rotate action button 1 ,-500 to 500 will show successively on the right side of display unit 3, 0 to 500 is the increase and decrease parameter item of amplitude 233, on the left of display unit 3 when display amplitude 233, any one numerical value in 0 to 500 will be shown on the right side of display unit 3, amplitude 233 is shown on the left of display unit 3, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, under editing mode, rotate action button 1,0 to 500 will show successively on the right side of display unit 3, numeral (numeral of random length comprises at least 2 numerals) composition of random length logs in the numeric string parameter item of 241, log in when 241 in display on the left of display unit 3, the numeral of random length will be shown on the right side of display unit 3, on the left of display unit 3, display logs in 241, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, action button 1 is rotated under editing mode, random length numeral will show on the right side of display unit 3, wherein, each numeral comprises numeric character 0 to 9 and delete mark, the switch parameter item that " 0 " and " 1 " is high pressure 242, " 0 " represents universal testing machine and closes high voltage functionality, " 1 " represents universal testing machine and starts high voltage functionality, on the left of display unit 3 when display high pressure 242, will show on the right side of display unit 3 " 0 " or " 1 ", high pressure 242 is shown on the left of display unit 3, and menu system is when being in navigational state, pressing operation button 1, menu system will enter editing mode, under editing mode, rotate action button 1, " 0 " and " 1 " will show successively on the right side of display unit 3.
With reference to Fig. 1 and Fig. 5, when menu system is in hidden state, log in password for what arrange universal testing machine: the first step, user's pressing operation button 1, menu system enters navigational state from hidden state, and, show master menu medium velocity shelves 21 at display unit 3; Second step, user turns clockwise action button 1, arranges 24 to make display unit 3 show in master menu; 3rd step, user's pressing operation button 1, menu system enters the submenu arranging 24 from master menu, log in 241 with the submenu making display on the left of display unit 3 arrange 24; 4th step, user's pressing operation button 1, to make menu system enter editing mode from navigational state, and on the right side of display unit 3, show " 000 ", the digital " 0 " being positioned at terminal position in " 000 " is in selected state; 5th step, user turns clockwise action button 1, shows " 005 " on the right side of display unit 3; 6th step, user is rotated counterclockwise action button 1, and the digital " 0 " being positioned at centre position in " 005 " is in selected state; 7th step, user turns clockwise action button 1, shows " 085 " on the right side of display unit 3; 8th step, user is rotated counterclockwise action button 1, and the digital " 0 " being positioned at reference position in " 085 " is in selected state; 9th step, user turns clockwise action button 1, shows " 685 " on the right side of display unit 3; Tenth step, user's pressing operation button 1, interaction process unit 2 receives the password logging in 241 and arranges instruction, and menu system enters navigational state from editing mode, and on the left of display unit 3, display logs in 241.
With reference to Fig. 1 and Fig. 5, when menu system is in navigational state (showing " 685 " on the right side of display unit), to return the master menu of universal testing machine: the first step, user's pressing operation button 1, navigational state is entered from editing mode to make menu system, further, on the left of display unit 3, display logs in 241; Second step, user turns clockwise action button 1, returns 244 to make display on the left of display unit 3; 3rd step, user's pressing operation button 1, to make menu system enter master menu from the submenu arranging 24, and, show in master menu at display unit 3 and arrange 24.
In the present embodiment, be connected as a single entity after button, display unit and interaction process unit are arranged on universal testing machine respectively.
Embodiment four
With reference to Fig. 1, a kind of man-machine interactive system, comprises an action button 1, interaction process unit 2 and display unit 3, and the signal input part of interaction process unit 2 is connected with action button 1, and the signal output part of interaction process unit 2 is connected with display unit 3.After pressing or a rotation action button 1, interaction process unit 2 will receive the menu information sent with executable operations button 1, and menu information is presented on display unit 3 by interaction process unit 2.
Be with embodiment two difference, in the present embodiment, show the mode logging in password on the right side of display unit and change.
With reference to Fig. 1 and Fig. 5, concrete, when menu system is in navigational state (on the left of display unit, display logs in), password is logged in: the first step for what arrange universal testing machine, user's pressing operation button 1, to make menu system enter editing mode from navigational state, and, on the right side of display unit 3, show " 00 "; Second step, user is rotated counterclockwise action button 1, shows " 05 " on the right side of display unit 3; 3rd step, user turns clockwise action button 1, shows " 50 " on the right side of display unit 3; 4th step, user is rotated counterclockwise action button 1, shows " 52 " on the right side of display unit 3; 5th step, user turns clockwise action button 1, shows " 520 " on the right side of display unit 3; 6th step, user is rotated counterclockwise action button 1, shows " 521 " on the right side of display unit 3; 7th step, user turns clockwise action button 1, shows " 5210 " (as shown in Figure 8) on the right side of display unit 3; 8th step, user's pressing operation button 1, interaction process unit 2 receives the password logging in 241 and arranges instruction, and menu system enters navigational state from editing mode, and on the left of display unit 3, display logs in 241.
With reference to Fig. 1 and Fig. 5, concrete, when menu system is in navigational state (on the left of display unit, display logs in), password is logged in: the first step for what revise universal testing machine, user's pressing operation button 1, to make menu system enter editing mode from navigational state, and, on the right side of display unit 3, show " 5210 "; Second step, user is rotated counterclockwise action button 1, shows " 521* " (* is delete mark) on the right side of display unit 3; 3rd step, user turns clockwise action button 1, shows " 520 " on the right side of display unit 3; 4th step, user is rotated counterclockwise action button 1, shows " 52* " on the right side of display unit 3; 5th step, user turns clockwise action button 1, shows " 50 " on the right side of display unit 3; 6th step, user is rotated counterclockwise action button 1, shows " 5* " on the right side of display unit 3; 7th step, user turns clockwise action button 1, shows " 00 " on the right side of display unit 3; 8th step, user is rotated counterclockwise action button 1, shows " 01 " on the right side of display unit 3; 9th step, user turns clockwise action button 1, shows " 10 " on the right side of display unit 3; Tenth step, user is rotated counterclockwise action button 1, shows " 11 " on the right side of display unit 3; 11 step, user turns clockwise action button 1, shows " 110 " on the right side of display unit 3; 12 step, user's pressing operation button 1, interaction process unit 2 receives the password modify instruction logging in 241, and menu system enters navigational state from editing mode, and on the left of display unit 3, display logs in 241.
In other embodiments of the present invention, man-machine interactive system can be arranged on other household electrical appliance except cooking apparatus, such as: water heater, refrigerator, air-conditioning, washing machine, full room lighting system etc.; Man-machine interactive system can be arranged on other industrial instrumentations except universal testing machine, such as: servomotor controller, PLC, temperature controller etc.; Man-machine interactive system can be arranged on office electrical equipment, such as: printer, attendance recorder, switch etc.; Man-machine interactive system can also be arranged in scientific research Medical Instruments, such as: constant temperature oven, syringe pump etc.
The above, be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, and those of ordinary skill in the art should be understood that and the present invention includes but the content being not limited to accompanying drawing and describing in embodiment above.Any amendment not departing from function and structure principle of the present invention all will comprise within the scope of the appended claims.
Claims (10)
1. a man-machine interactive system, it is characterized in that: comprise an action button, interaction process unit and display unit, the signal input part of interaction process unit is connected with action button, the signal output part of interaction process unit is connected with display unit, shows corresponding menu information by pressing or rotating an action button to make display unit.
2. man-machine interactive system as claimed in claim 1, is characterized in that: the menu information of described display unit display is character.
3. a man-machine interaction method, is characterized in that comprising the following steps:
S01) if menu system is in navigational state, then S03 is entered) step, if menu system is in hidden state, then enter S02) step;
S02) pressing operation button, to make menu system enter navigational state from hidden state, and display unit display single file menu item;
S03) under navigational state, rotate action button, switch the item up and down of current menu at the same level;
S04) pressing operation button under navigational state, enter the submenu of the current set of menu item, enter the editing mode of the current set of menu item or return the Previous Menu of the current set of menu item, if enter submenu or return Previous Menu, then return S03) step, if the editing mode of entering, then enter S05) step;
S05) under editing mode, rotate action button and carry out parameter modification;
S06) pressing operation button under editing mode, confirm that parameter modification is complete, menu system is back to navigational state.
4. man-machine interaction method as claimed in claim 3, it is characterized in that: described menu system comprises function menu item, when the current set of menu item is function menu item, at S04) in step after pressing operation button, perform the function action described by menu information of current function menu item.
5. man-machine interaction method as claimed in claim 3, it is characterized in that: described menu system comprises start-stop function menu item, when the current set of menu item is start-stop function menu item, at S04) in step after pressing operation button, perform the function action described by menu information of current start-stop function menu item, enter executing state; At executing state pressing operation button, stop performing, turn back to navigational state.
6. man-machine interaction method as claimed in claim 3, it is characterized in that: at S05) menu item that carries out parameter modification in step is single choice parameter item, described single choice parameter item comprises at least two alternative parameter items, and rotation process button switches at least two alternative parameter items.
7. man-machine interaction method as claimed in claim 3, it is characterized in that: at S05) carry out the menu item of parameter modification in step for increase and decrease parameter item, described increase and decrease parameter item comprises the serial number with smallest incremental in designation area, and rotation process button increases progressively to the upper limit direction between designation area to make numerical value or successively decreases to the lower limit direction between designation area.
8. man-machine interaction method as claimed in claim 7, is characterized in that: the speed of increasing and decrease changing the rotational speed adjustable numerical value of action button.
9. man-machine interaction method as claimed in claim 3, is characterized in that: at S05) menu item that carries out parameter modification in step is numeric string parameter item, described numeric string parameter item is made up of the numeral of random length.Action button rotates along first direction to switch between alternative numeric character 0 ~ 9 and delete mark, action button chooses symbol along the second direction contrary with first direction rotation confirmation is current, if numeric character, then add numeric string to and become last numeral, if delete mark, then delete last figure place of numeric string.
10. the man-machine interaction method as described in one of claim 3 to 9, it is characterized in that: long by action button under navigational state, or under navigational state action button long time no operations, menu system enters hidden state from display state, and display unit is hidden when last item menu item.
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| CN105808075A (en) * | 2016-03-31 | 2016-07-27 | 广东欧珀移动通信有限公司 | Menu option display method and device and mobile terminal |
| CN106052022A (en) * | 2016-05-27 | 2016-10-26 | 珠海格力电器股份有限公司 | Air conditioner |
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| CN102370419A (en) * | 2010-08-23 | 2012-03-14 | 株式会社东芝 | Heating cooker |
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| CN201060484Y (en) * | 2007-06-26 | 2008-05-14 | 深圳市杰特电信控股有限公司 | Character input apparatus |
| CN102370419A (en) * | 2010-08-23 | 2012-03-14 | 株式会社东芝 | Heating cooker |
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Application publication date: 20151111 |