CN103150024B - A kind of computer operation method - Google Patents
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- CN103150024B CN103150024B CN201310115476.5A CN201310115476A CN103150024B CN 103150024 B CN103150024 B CN 103150024B CN 201310115476 A CN201310115476 A CN 201310115476A CN 103150024 B CN103150024 B CN 103150024B
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- 238000000034 method Methods 0.000 title claims abstract description 26
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- 239000004744 fabric Substances 0.000 claims description 28
- 210000003811 finger Anatomy 0.000 claims description 17
- 239000004575 stone Substances 0.000 claims description 16
- 230000001939 inductive effect Effects 0.000 claims description 12
- 210000005224 forefinger Anatomy 0.000 claims description 8
- 238000005096 rolling process Methods 0.000 claims description 4
- 230000003203 everyday effect Effects 0.000 abstract description 5
- 230000010365 information processing Effects 0.000 abstract description 2
- 230000003993 interaction Effects 0.000 description 5
- 230000002093 peripheral effect Effects 0.000 description 3
- 230000009471 action Effects 0.000 description 1
- 210000004247 hand Anatomy 0.000 description 1
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- 238000011835 investigation Methods 0.000 description 1
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Abstract
The present invention relates to computer technology, particularly a kind of computer operation method. Computer operation method of the present invention comprises the position and the state that start body sense equipment, initialize cursor, make gesture, identify user's hand current location and gesture, again make gesture, again identify user's the current location of hand and gesture, position and the state of renewal cursor, the change in location and the gesture that calculate user's hand change, the change in location of hand to user and gesture change and resolve, operate and upgrade graphical interfaces. Computer operation method of the present invention, can utilize the control of existing body sense equipment, operate computer used in everyday, further expand the range of application of existing body sense equipment, be widely used in PC, notebook computer, net book, intelligent terminal, television set etc. and have the equipment of information processing capability.
Description
Technical field
The present invention relates to computer technology, particularly a kind of computer operation method.
Background technology
From having in the world computer, man-machine interaction is just accompanied by the evolution of computer and evolves. This is apparent to a great extent, because we must allow computer understand the order that we input, and comes computing and feedback according to order. So-called man-machine interaction is exactly the mode that people and computer are come into contacts with.
This history can be traced back to 1880 the earliest, and the He Manhuolieruisi of U.S. population investigation bureau in the manual census data of processing, starts to seek the mode with machine tabulation due to tired. Its achievement is the appearance of punch-card computer, and therefore Huo Lieruisi is also called as " father of data processing ". Present people is difficult to the imagination, and original man-machine interaction carrys out locating information by " draw-in groove " exactly, then understands it with machine.
Until this traditional man-machine interaction mode of typewriter epoch " keyboard " is all being continued to use in the appearance of real computer. But nineteen eighty-three, mouse has occurred. Compared with directionkeys in keyboard, mouse obviously meets people's custom naturally more. Mouse has become the indispensable instrument of most computer users today.
The man-machine interaction combination of keyboard and mouse, the Internet era of continuing up to, there is no too large change, until the appearance of smart mobile phone and multiple point touching from the PC epoch.
Before iPhone comes out, smart mobile phone is following the input information mode of keyboard and mouse always. Keyboard must have, and can not be less than 10; Mouse is too large, adopts the mode touching to complete to the instruction of position.
But multiple point touching has been opened an other fan window, it allows everyone recognize that keyboard in fact can become a part for touch, and a lot of order can complete by the difference of multiple fingers paddling mode on touch-screen in fact, such as amplifying and dwindling picture.
At the beginning of 2010 11 months, the formal public offering of body sense peripheral hardware Kinect of the home video game main frame Xbox360 of Microsoft. By Kinect, ordinary people does not need to use any handle, rocking bar, mouse or other remote controllers, and available health is directly controlled game.
Such as playing physical game, you only need to switch on power, before the television set of then standing. All the manipulation of game role is all completed by the most natural mode of one, no matter be swinging the bat or bowls impacting of table tennis, you only need to show action as in reality.
Again such as racing car, how controlling party to? imagine that you are really driving, both hands are lifted in the air just as holding a steering wheel, left-right rotation just. Right, you can also aloft simulate and put into gear.
In short, " you are exactly remote controller ".
But the body sense peripheral hardware taking Kinect as representative can only be used for controlling game at present, cannot be used for controlling, operating computer used in everyday (for example PC and notebook computer) and surf the web, handle official business.
Summary of the invention
Can only be used for controlling game in order to solve existing body sense peripheral hardware, cannot be used for controlling, operating the technical problem of computer used in everyday (for example PC and notebook computer), the present invention proposes a kind of computer operation method, comprising: step S1, computer starting body sense equipment; Step S2, the position of computer initialization cursor and state, and on display, draw cursor; Step S3, makes gesture in the inductive spacing that user sets up at body sense equipment; Step S4, computer, by body sense equipment, identifies current location and the gesture of user's hand for the first time; Step S5, makes gesture in the inductive spacing that user sets up at body sense equipment again; Step S6, computer, by body sense equipment, identifies current location and the gesture of user's hand again; Step S7, computer upgrades position and the state of cursor on display, thereby makes it corresponding with position and the gesture of user's hand; Step S8, computer compares the user's who obtains for nearest twice the position of hand and the data of gesture, and the change in location and the gesture that calculate user's hand change; Step S9, computer utilizes the change in location of the hand of predefined gesture mode to user and gesture variation to resolve; Step S10, computer is according to the results operation of resolving and upgrade graphical interfaces; Step S11, forwards step S5 to.
Computer operation method of the present invention, can utilize the control of existing body sense equipment, operate computer used in everyday (for example PC and notebook computer), further expand the range of application of existing body sense equipment, be widely used in PC, notebook computer, net book, intelligent terminal, television set etc. and have the equipment of information processing capability.
Brief description of the drawings
Fig. 1 is computer operation method flow chart of the present invention.
Fig. 2 is that change in location and the gesture of hand in the embodiment of the present invention 1 changes and the corresponding relation figure operating.
Fig. 3 is that change in location and the gesture of hand in the embodiment of the present invention 2 changes and the corresponding relation figure operating.
Detailed description of the invention
Describe a kind of computer operation method of the present invention in detail below in conjunction with accompanying drawing.
The invention provides a kind of computer operation method, its flow process as shown in Figure 1, comprising: step S1, computer starting body sense equipment; Step S2, the position of computer initialization cursor and state, and on display, draw cursor; Step S3, makes gesture in the inductive spacing that user sets up at body sense equipment; Step S4, computer, by body sense equipment, identifies current location and the gesture of user's hand for the first time; Step S5, makes gesture in the inductive spacing that user sets up at body sense equipment again; Step S6, computer, by body sense equipment, identifies current location and the gesture of user's hand again; Step S7, computer upgrades position and the state of cursor on display, thereby makes it corresponding with position and the gesture of user's hand; Step S8, computer compares the user's who obtains for nearest twice the position of hand and the data of gesture, and the change in location and the gesture that calculate user's hand change; Step S9, computer utilizes the change in location of the hand of predefined gesture mode to user and gesture variation to resolve; Step S10, computer is according to the results operation of resolving and upgrade graphical interfaces; Step S11, forwards step S5 to.
Illustrate a kind of computer operation method of the present invention below.
Embodiment 1
Because the body sense equipment taking Kinect as representative can only be used for controlling game at present, cannot be used for controlling, operating computer used in everyday (for example PC and notebook computer), therefore, the present invention proposes a kind of computer operation method, as depicted in figs. 1 and 2, comprise: step S1, computer starting body sense equipment; Step S2, the position of computer initialization cursor and state, and on display, draw cursor; Step S3, makes gesture in the inductive spacing that user sets up at body sense equipment; In the present embodiment, the following several gestures of computer identification: the five fingers stretch, and open hand, and it can be referred to as visually to " cloth " gesture; The fist of holding with a firm grip, can be referred to as it " stone " gesture visually; Forefinger stretches, and all the other finger grips can be referred to as it " rod " gesture visually; Middle finger and forefinger stretch, and all the other finger grips, make scissor-shaped, it can be referred to as visually to " scissors " gesture; Step S4, computer, by body sense equipment, identifies current location and the gesture of user's hand for the first time; Step S5, makes gesture in the inductive spacing that user sets up at body sense equipment again; Step S6, computer, by body sense equipment, identifies current location and the gesture of user's hand again; Step S7, computer upgrades position and the state of cursor on display, thereby makes it corresponding with position and the gesture of user's hand; Step S8, computer compares the user's who obtains for nearest twice the position of hand and the data of gesture, and the change in location and the gesture that calculate user's hand change; Step S9, computer utilizes the change in location of the hand of predefined gesture mode to user and gesture variation to resolve; In the present embodiment, if user's hand keeps " stone " gesture, the position of user's hand changes, and computer is resolved to " movement " operation; In the present embodiment, " movement " operation refers to that the cursor on graphical interfaces moves along with the moving direction of gesture; In the present embodiment, if user's hand keeps " cloth " gesture, the position of user's hand changes, and computer is resolved to " movement " operation; In the present embodiment, if user's hand is changed to " stone " gesture from " cloth " gesture, computer is resolved to " opening " operation; In the present embodiment, " opening " operation refers to opened file folder, opens file or the operation of working procedure; In the present embodiment, if user's hand is changed to " rod " gesture from " cloth " gesture, computer is resolved to " selection " operation; In the present embodiment, " selection " operation refers to and chooses operand; In the present embodiment, if user's hand is changed to " rod " gesture from " cloth " gesture, and the position of user's hand remains unchanged within a certain period of time, and computer is resolved to " long by " operation; In the present embodiment, if user carries out " long pressing " operation to the operand of choosing, computer will make the operand of choosing in removable state; In the present embodiment, if user's hand is changed to " rod " gesture from " cloth " gesture, and the position of user's hand changes, and computer is resolved to " dragging " operation; In the present embodiment, " drag " operation and refer to the position that the operand of choosing is dragged to appointment; In the time of " dragging " mode of operation, if user's hand is changed to " cloth " gesture from " rod " gesture, computer is resolved to " release " operation; In the present embodiment, " release " operation refers to that cancellation " drags " mode of operation and the position of the operand of choosing changed to the position at current cursor place; By " dragging " operation and coordinating that " release " operates, can realize easily the common drag-and-drop operation of computer; In the present embodiment, if user's hand keeps " scissors " gesture, the position of user's hand changes, computer is resolved the different situations of change according to the position of user's hand: if user's hand keeps " scissors " gesture to move horizontally, computer is resolved to " horizontal rolling " operation, if user's hand keeps " scissors " gesture to do non-moving horizontally, computer is resolved to " vertical scrolling " operation; Step S10, computer is according to the results operation of resolving and upgrade graphical interfaces; Step S11, forwards step S5 to.
Embodiment 2
The invention provides another kind of computer operation method, as shown in figures 1 and 3, comprising: step S1, computer starting body sense equipment; Step S2, the position of computer initialization cursor and state, and on display, draw cursor; Step S3, makes gesture in the inductive spacing that user sets up at body sense equipment; In the present embodiment, the following several gestures of computer identification: the five fingers stretch, and open hand, and it can be referred to as visually to " cloth " gesture; The fist of holding with a firm grip, can be referred to as it " stone " gesture visually; Forefinger stretches, and all the other finger grips can be referred to as it " rod " gesture visually; Middle finger and forefinger stretch, and all the other finger grips, make scissor-shaped, it can be referred to as visually to " scissors " gesture; Step S4, computer, by body sense equipment, identifies current location and the gesture of user's hand for the first time; Step S5, makes gesture in the inductive spacing that user sets up at body sense equipment again; Step S6, computer, by body sense equipment, identifies current location and the gesture of user's hand again; Step S7, computer upgrades position and the state of cursor on display, thereby makes it corresponding with position and the gesture of user's hand; Step S8, computer compares the user's who obtains for nearest twice the position of hand and the data of gesture, and the change in location and the gesture that calculate user's hand change; Step S9, computer utilizes the change in location of the hand of predefined gesture mode to user and gesture variation to resolve; In the present embodiment, if user's hand keeps " rod " gesture, the position of user's hand changes, and computer is resolved to " movement " operation; In the present embodiment, " movement " operation refers to that the cursor on graphical interfaces moves along with the moving direction of gesture; In the present embodiment, if user's hand keeps " cloth " gesture, the position of user's hand changes, and computer is resolved to " movement " operation; In the present embodiment, if user's hand is changed to " rod " gesture from " cloth " gesture, computer is resolved to " opening " operation; In the present embodiment, " opening " operation refers to opened file folder, opens file or the operation of working procedure; In the present embodiment, if user's hand is changed to " stone " gesture from " cloth " gesture, computer is resolved to " selection " operation; In the present embodiment, " selection " operation refers to and chooses operand; In the present embodiment, if user's hand is changed to " stone " gesture from " cloth " gesture, and the position of user's hand remains unchanged within a certain period of time, and computer is resolved to " long by " operation; In the present embodiment, if user carries out " long pressing " operation to the operand of choosing, computer will eject the popup menu relevant with the operand of choosing; In the present embodiment, if user's hand is changed to " stone " gesture from " cloth " gesture, and the position of user's hand changes, and computer is resolved to " dragging " operation; In the present embodiment, " drag " operation and refer to the position that the operand of choosing is dragged to appointment; In the time of " dragging " mode of operation, if user's hand is changed to " cloth " gesture from " stone " gesture, computer is resolved to " release " operation; In the present embodiment, " release " operation refers to that cancellation " drags " mode of operation and the position of the operand of choosing changed to the position at current cursor place; By " dragging " operation and coordinating that " release " operates, can realize easily the common drag-and-drop operation of computer; In the present embodiment, if user's hand keeps " scissors " gesture, the position of user's hand changes, computer is resolved the different situations of change according to the position of user's hand: if user's hand keeps " scissors " gesture to move horizontally, computer is resolved to " horizontal rolling " operation, if user's hand keeps " scissors " gesture to do non-moving horizontally, computer is resolved to " vertical scrolling " operation; Step S10, computer is according to the results operation of resolving and upgrade graphical interfaces; Step S11, forwards step S5 to.
Claims (8)
1. a computer operation method, is characterized in that, comprising:
Step S1, computer starting body sense equipment;
Step S2, the position of computer initialization cursor and state, and on display, draw cursor;
Step S3, makes gesture in the inductive spacing that user sets up at body sense equipment;
Step S4, computer, by body sense equipment, identifies current location and the gesture of user's hand for the first time;
Step S5, makes gesture in the inductive spacing that user sets up at body sense equipment again;
Step S6, computer, by body sense equipment, identifies current location and the gesture of user's hand again;
Step S7, computer upgrades position and the state of cursor on display, thereby makes it corresponding with position and the gesture of user's hand;
Step S8, computer compares the user's who obtains for nearest twice the position of hand and the data of gesture, and the change in location and the gesture that calculate user's hand change;
Step S9, computer utilizes the change in location of the hand of predefined gesture mode to user and gesture variation to resolve;
Step S10, computer is according to the results operation of resolving and upgrade graphical interfaces;
Step S11, forwards step S5 to;
Described gesture comprises following gesture: the five fingers stretch, and opens hand, and it can be referred to as visually to " cloth " gesture; The fist of holding with a firm grip, can be referred to as it " stone " gesture visually; Forefinger stretches, and all the other finger grips can be referred to as it " rod " gesture visually; Middle finger and forefinger stretch, and all the other finger grips, make scissor-shaped, it can be referred to as visually to " scissors " gesture;
Described step S9 refers to that the position of user's hand changes if user's hand keeps " stone " gesture, and computer is resolved to " movement " operation; If user's hand keeps " cloth " gesture, the position of user's hand changes, and computer is resolved to " movement " operation; If user's hand is changed to " stone " gesture from " cloth " gesture, computer is resolved to " opening " operation; If user's hand is changed to " rod " gesture from " cloth " gesture, computer is resolved to " selection " operation; If user's hand is changed to " rod " gesture from " cloth " gesture, and the position of user's hand remains unchanged within a certain period of time, and computer is resolved to " long by " operation; If user's hand is changed to " rod " gesture from " cloth " gesture, and the position of user's hand changes, and computer is resolved to " dragging " operation; In the time of " dragging " mode of operation, if user's hand is changed to " cloth " gesture from " rod " gesture, computer is resolved to " release " operation; If user's hand keeps " scissors " gesture, the position of user's hand changes, computer is resolved the different situations of change according to the position of user's hand: if user's hand keeps " scissors " gesture to move horizontally, computer is resolved to " horizontal rolling " operation, if user's hand keeps " scissors " gesture to do non-moving horizontally, computer is resolved to " vertical scrolling " operation.
2. a computer operation method, is characterized in that, comprising:
Step S1, computer starting body sense equipment;
Step S2, the position of computer initialization cursor and state, and on display, draw cursor;
Step S3, makes gesture in the inductive spacing that user sets up at body sense equipment;
Step S4, computer, by body sense equipment, identifies current location and the gesture of user's hand for the first time;
Step S5, makes gesture in the inductive spacing that user sets up at body sense equipment again;
Step S6, computer, by body sense equipment, identifies current location and the gesture of user's hand again;
Step S7, computer upgrades position and the state of cursor on display, thereby makes it corresponding with position and the gesture of user's hand;
Step S8, computer compares the user's who obtains for nearest twice the position of hand and the data of gesture, and the change in location and the gesture that calculate user's hand change;
Step S9, computer utilizes the change in location of the hand of predefined gesture mode to user and gesture variation to resolve;
Step S10, computer is according to the results operation of resolving and upgrade graphical interfaces;
Step S11, forwards step S5 to;
Described gesture comprises following gesture: the five fingers stretch, and opens hand, and it can be referred to as visually to " cloth " gesture; The fist of holding with a firm grip, can be referred to as it " stone " gesture visually; Forefinger stretches, and all the other finger grips can be referred to as it " rod " gesture visually; Middle finger and forefinger stretch, and all the other finger grips, make scissor-shaped, it can be referred to as visually to " scissors " gesture;
Described step S9 refers to that the position of user's hand changes if user's hand keeps " rod " gesture, and computer is resolved to " movement " operation; If user's hand keeps " cloth " gesture, the position of user's hand changes, and computer is resolved to " movement " operation; If user's hand is changed to " rod " gesture from " cloth " gesture, computer is resolved to " opening " operation; If user's hand is changed to " stone " gesture from " cloth " gesture, computer is resolved to " selection " operation; If user's hand is changed to " stone " gesture from " cloth " gesture, and the position of user's hand remains unchanged within a certain period of time, and computer is resolved to " long by " operation; If user's hand is changed to " stone " gesture from " cloth " gesture, and the position of user's hand changes, and computer is resolved to " dragging " operation; In the time of " dragging " mode of operation, if user's hand is changed to " cloth " gesture from " stone " gesture, computer is resolved to " release " operation; If user's hand keeps " scissors " gesture, the position of user's hand changes, computer is resolved the different situations of change according to the position of user's hand: if user's hand keeps " scissors " gesture to move horizontally, computer is resolved to " horizontal rolling " operation, if user's hand keeps " scissors " gesture to do non-moving horizontally, computer is resolved to " vertical scrolling " operation.
3. the computer operation method as described in claim 1 or 2 any one, is characterized in that, described " movement " operation refers to that the cursor on graphical interfaces moves along with the moving direction of gesture.
4. the computer operation method as described in claim 1 or 2 any one, is characterized in that, described " opening " operation refers to opened file folder, open file or the operation of working procedure.
5. the computer operation method as described in claim 1 or 2 any one, is characterized in that, described " selection " operation refers to chooses operand.
6. the computer operation method as described in claim 1 or 2 any one, is characterized in that, described " dragging " operation refers to the position that the operand of choosing is dragged to appointment.
7. the computer operation method as described in claim 1 or 2 any one, is characterized in that, described " release " operation refers to that cancellation " drags " mode of operation and the position of the operand of choosing changed to the position at current cursor place.
8. the computer operation method as described in claim 1 or 2 any one, it is characterized in that, if user carries out " long pressing " operation to the operand of choosing, computer will make the operand of choosing in removable state or the ejection popup menu relevant with the operand of choosing.
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| CN110399081B (en) * | 2013-12-31 | 2022-11-15 | 深圳迈瑞生物医疗电子股份有限公司 | Monitoring equipment and display interface layout adjusting method and device thereof |
| CN103914050B (en) * | 2014-04-08 | 2016-08-31 | 北京中亦安图科技股份有限公司 | A kind of calculator room equipment monitoring method and system |
| CN105915987B (en) * | 2016-04-15 | 2018-07-06 | 济南大学 | A kind of implicit interactions method towards smart television |
| CN108052202B (en) * | 2017-12-11 | 2021-06-11 | 深圳市星野信息技术有限公司 | 3D interaction method and device, computer equipment and storage medium |
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| JP5845002B2 (en) * | 2011-06-07 | 2016-01-20 | ソニー株式会社 | Image processing apparatus and method, and program |
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| CN102081494A (en) * | 2009-11-27 | 2011-06-01 | 实盈光电股份有限公司 | Identification method of window sign language vernier control |
| CN102236409A (en) * | 2010-04-30 | 2011-11-09 | 宏碁股份有限公司 | Motion gesture recognition method and motion gesture recognition system based on image |
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Effective date of registration: 20200706 Address after: 201612 Shanghai Songjiang District Caohejing Development Zone Songjiang high tech Park Xinzhu Road 258, 32 Building 1101 room. Patentee after: ICKEY (SHANGHAI) INTERNET TECHNOLOGY Co.,Ltd. Address before: 610041 No. 3, No. 23, No. 177, Tianfu Road, Chengdu hi tech Zone, Sichuan, 3 Patentee before: Shi Haixin |
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