CN101706677A - Input device based on body feeling and input method thereof - Google Patents
Input device based on body feeling and input method thereof Download PDFInfo
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- CN101706677A CN101706677A CN200910311952A CN200910311952A CN101706677A CN 101706677 A CN101706677 A CN 101706677A CN 200910311952 A CN200910311952 A CN 200910311952A CN 200910311952 A CN200910311952 A CN 200910311952A CN 101706677 A CN101706677 A CN 101706677A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/02—Input arrangements using manually operated switches, e.g. using keyboards or dials
- G06F3/023—Arrangements for converting discrete items of information into a coded form, e.g. arrangements for interpreting keyboard generated codes as alphanumeric codes, operand codes or instruction codes
- G06F3/0233—Character input methods
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
- G06F3/014—Hand-worn input/output arrangements, e.g. data gloves
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
- G06F3/0346—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor with detection of the device orientation or free movement in a 3D space, e.g. 3D mice, 6-DOF [six degrees of freedom] pointers using gyroscopes, accelerometers or tilt-sensors
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B21/00—Teaching, or communicating with, the blind, deaf or mute
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- Position Input By Displaying (AREA)
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Abstract
The invention relates to an input device based on body feeling and an input method thereof. The device comprises input software arranged in a hand-held electronic device, a contact induction device and a body position induction device, wherein the contact induction device and the body position induction device are connected at the input end of the hand-held electronic device. Operators grasp the hand-held electronic device and are contacted with the contact induction device of the hand-held electronic device through fingers. The input software receives and analyzes the finger contact messages, selects corresponding control states, determines the corresponding input characters according to the hand actions of the operators detected by the body position induction device and finally outputs the contents input by the input software to other application software. The method can carry out complex text input through such actions as shaking, can realize text input without watching the screen after being skilled and provides a new message input approach for the blind to use the electronic devices.
Description
Technical field
The present invention relates to a kind of input media and input method thereof based on the body sense.
Background technology
Hand-hold electronic equipments is meant that panel computer, UMPC, mobile phone, palm PC, palm keyboard etc. can hand the miniaturized electronics of use.The general volume of hand-hold electronic equipments is little, in light weight, be easy to carry, but also has the problem of input information difficulty simultaneously.The input mode of current hand-hold electronic equipments has keyboard input, touch input, shooting input, phonetic entry etc. multiple, but owing to be subjected to the restriction that volume is little, display area is little, information input at number of different types need utilize keyboard or special button to switch inputting interface usually.Direction of motion, movement velocity and the gravity tester that the position induction installation can be responded to hand-hold electronic equipments to etc. body sense information, be used for game machine more and more, but because the position induction installation can only be distinguished a spot of several groups of information, steering order is less, usually comparatively simple function can only be realized, complicated information inputs such as text input can't be carried out.
Present existing position induction installation mainly contains three types: one, and adopt vibration transducer as the position induction installation, carry out or implement corresponding function according to the displacement state information of equipment; Two, adopt imageing sensor as the position induction installation, gather continuous images in the surrounding environment, by every image of comparative analysis, the displacement state of judgment device, and carry out or implement corresponding function in view of the above; Three, adopt imageing sensor as the position induction installation, by user's gesture motion of gathering, carry out or implement corresponding in advance function according to user's gesture motion feature.
Summary of the invention
The purpose of this invention is to provide a kind of efficient height, input media and input method thereof based on the body sense easy to use, make the action input of hand-hold electronic equipments can carry out comparatively complicated information inputs such as text input, use electronic equipment that a kind of new information import pathway is provided in particular for special users such as blind persons.
For achieving the above object, the present invention is by the following technical solutions:
Input media based on the body sense of the present invention, the touch induction device and the position induction installation that comprise the input end that is installed in the Input Software in the hand-hold electronic equipments and is connected hand-hold electronic equipments, it is characterized in that: described touch induction device is a plurality of touch sensible sheets that are distributed in the side or the back side of hand-hold electronic equipments, this touch sensible sheet is distributed in and points the zone that contacts with equipment when the operator holds hand-hold electronic equipments for gathering the sensing chip of pressure sensitivity information or tactile impressions information; Described position induction installation is the sensor of the direction of motion of gathering hand-hold electronic equipments, movement velocity, movement locus, gravity directional information.
Adopt the input method of above-mentioned input media based on the body sense, it is characterized in that comprising the steps:
Steps A: the operator holds hand-hold electronic equipments, and operator's finger contacts with the touch induction device of hand-hold electronic equipments; Step B: the touch induction device acquisition operations person of hand-hold electronic equipments points contact information; Step C: Input Software receives and analyzes the finger contact information; Step D: Input Software is selected action input state of a control according to the finger contact information; Step e: the position induction installation is gathered the position information of hand-hold electronic equipments, and described position information is one or more in direction of motion, movement velocity, movement locus, the gravity directional information; Step F: Input Software is converted into corresponding input content according to selected action input state of a control with position information; Step G: Input Software outputs to other application software with the content of input.
At above-mentioned steps B, the operator that touch induction device is gathered points the combination of the finger contact information that a plurality of touch induction device of contact information gathered.
Described action input state of a control includes init state at least, under init state, the input content of any position information correspondence is initialization directive, this initialization directive is transmitted following information and is given Input Software, the gatherer process of a last position information finishes, waits for the collection of next position information.
Use after this method, can carry out complicated text input by the action action such as rocking, skilled after, need not to watch screen can realize the text input, provide a kind of new information import pathway for the blind person uses electronic equipment.
Embodiment
Input media based on the body sense of the present invention comprises the touch induction device and the position induction installation of the input end that is installed in the Input Software in the hand-hold electronic equipments and is connected hand-hold electronic equipments.Described touch induction device is a plurality of touch sensible sheets that are distributed in the side or the back side of hand-hold electronic equipments, this touch sensible sheet is distributed in and points the zone that contacts with equipment when the operator holds hand-hold electronic equipments for gathering the sensing chip of pressure sensitivity information or tactile impressions information; Described position induction installation is the sensor of the direction of motion of gathering hand-hold electronic equipments, movement velocity, movement locus, gravity directional information.
Above-mentioned touch induction device can be mechanical key, touch-switch, reed switch, pressure-induced capacitance, pressure sensitivity resistance, heat sensitive sensor, light sensor, infrared sensor etc., can sense the pressure sensitivity information or the tactile impressions information of finger.Finger of the present invention is pressure sensitivity information or the tactile impressions information that finger contacts with touch induction device with the contact information of touch induction device, at one time, finger is one group of finger contact arrangement information with the contact information set of touch induction device, every group of finger contact arrangement information can be the information of a finger contact arrangement, also can be the combined information of a plurality of finger contact arrangements.The conversion of every group of finger contact arrangement information can realize by the conversion of single finger contact touch induction device state, also can realize by the combined transformation of a plurality of finger tactility touch induction device states.The mapping mode of the contact condition of single finger and touch induction device has from non-pressurized state and transforms to pressurized state, or transforms to non-pressurized state from pressurized state, or transforms to contactless state from contact condition, or transforms to contact condition from contactless state.
The set-up mode of touch induction device has following several selection: a: according to hand-hold electronic equipments operator's hand-held custom, finger is settled touch induction device with equipment position contacting point under the state that the operator hands, and each touch induction device all is one and independently points the contact information collection point; B: according to hand-hold electronic equipments operator's hand-held custom, finger is easily settled the contact induction band of being made up of touch induction device with equipment position contacting zone under the state that the operator hands, and the operator is actual when handing this equipment, and each is pointed and contact induction band position contacting all is one and independently points the contact information collection point; C: hand-hold electronic equipments has external component, hand the hand-held custom of the assembly of this equipment and external component according to the operator, finger and external component position contacting point arrangement touch induction device under the state that the operator hands, each touch induction device all is one and independently points the contact information collection point on the hand-hold electronic equipments external component; D: hand-hold electronic equipments has external component, hand the hand-held custom of the assembly of this equipment and external component according to the operator, finger is settled the contact induction band of being made up of touch induction device with external component position contacting zone under the state that the operator hands, and each is pointed and contact induction band position contacting all is one and independently points the contact information collection point during actual hand-held this assembly of operator.
The external component of above-mentioned hand-hold electronic equipments can be equipment mantle, detachable keyboard etc., external component is by settling independent electric power supply or uses the mode of hand-hold electronic equipments power-supply system to provide power supply as touch induction device, by wired or wireless signal interface channel with the contact induction information transmission of touch induction device to handing electronic equipment.
The position induction installation can checkout equipment displacement state, this position induction installation can involving vibrations sensor or imageing sensor.Vibration transducer can be the vibration induction circuit of any kind known in this field, such as accelerometer, inertia meter uniform acceleration sensor, gyroscope constant angular velocity sensor, magnetic resistance sensors such as electronic compass, can produce the data such as relative direction, angle, distance of equipment displacement in real time, the equipment displacement data that processor detects according to this vibrating circuit is determined operator's motion characteristic.Imageing sensor can be included in this field any kind photosensitive circuit, such as CMOS, CCD etc., and images acquired that can be continuous, processor is analyzed every image of continuous capturing, determines the deformation trace feature of operator's hand motion.
Adopt the input method of above-mentioned input media based on the body sense to comprise the steps:
Steps A: the operator holds hand-hold electronic equipments, and operator's finger contacts with the touch induction device of hand-hold electronic equipments; Step B: the touch induction device acquisition operations person of hand-hold electronic equipments points contact information; Step C: Input Software receives and analyzes the finger contact information; Step D: Input Software is selected action input state of a control according to the finger contact information; Step e: the position induction installation is gathered the position information of hand-hold electronic equipments, and described position information is one or more in direction of motion, movement velocity, movement locus, the gravity directional information; Step F: Input Software is converted into corresponding input content according to selected action input state of a control with position information; Step G: Input Software outputs to other application software with the content of input.
At above-mentioned steps B, the operator that touch induction device is gathered points the combination of the finger contact information that a plurality of touch induction device of contact information gathered.
Described action input state of a control includes init state at least, under init state, the input content of any position information correspondence is initialization directive, this initialization directive is transmitted following information and is given Input Software, the gatherer process of a last position information finishes, waits for the collection of next position information.
Support the Input Software of the input method of the input media based on the body sense of the present invention to have one or more following feature: to include plural state of a control; Can receive and handle the finger contact information that touch induction device collects; Can receive and handle the motion characteristic of position induction installation input; According to finger contact information change action input state of a control; In selected action input state of a control, the motion characteristic of position induction installation input is converted into the content of input; The content of input is outputed to other application software and display system; In a cover Input Software, one group of finger contact information can only define a corresponding action input state of a control, and an action input state of a control can define corresponding many group finger contact informations.
Actual needs according to input system, Input Software developer or operator can define quantity and each action of action input state of a control and import the content of each motion characteristic correspondence in the state of a control in Input Software, and define the corresponding relation between each action input state of a control and each the group finger contact information.By the conversion of finger contact information, between different action input state of a controls, switch.
The position induction installation is the application case of vibrating circuit: the position induction installation that present embodiment uses has adopted acceleration transducer, can detect the accelerating force that is applied on the hand-hold electronic equipments.
Present embodiment has defined six position features: upwards, downwards, left, to the right, left-handed, dextrorotation. when operator's hand gripping electronic equipment upwards moves with wrist, it is the accelerating force that reference field makes progress based on the electronic equipment screen face that the position induction installation detects one, and processor determines that according to detected accelerating force directional information operator's hand motion is characterized as " making progress "; When operator's hand gripping electronic equipment moves downwards with wrist, it is the prone accelerating force of benchmark based on the electronic equipment screen face that the position induction installation detects one, and processor determines that according to detected accelerating force directional information operator's hand motion is characterized as " downwards "; When operator's hand gripping electronic equipment moves left with wrist, it is reference field accelerating force left based on the electronic equipment screen face that the position induction installation detects one, and processor determines that according to detected accelerating force directional information operator's hand motion is characterized as " left "; When operator's hand gripping electronic equipment moves to the right with wrist, it is reference field accelerating force to the right based on the electronic equipment screen face that the position induction installation detects one, and processor determines that according to detected accelerating force directional information operator's hand motion is characterized as " to the right "; When operator's hand gripping electronic equipment with the wrist is center spinning movement left, the position induction installation detect one based on the electronic equipment screen face be reference field be rotated counterclockwise the angle turn of speed, processor determines that according to detected angle turn of speed directional information operator's hand motion is characterized as " left-handed "; When operator's hand grips electronic equipment with wrist spinning movement to the right, it is the angle turn of speed that reference field turns clockwise based on the electronic equipment screen face that the position induction installation detects one, and processor determines that according to detected angle turn of speed directional information operator's hand motion is characterized as " dextrorotation ".
The touch induction device that present embodiment adopts is 3 touch sensible sheets or the button that is distributed in the side of hand-hold electronic equipments, this touch sensible sheet is for gathering the sensing chip of pressure sensitivity information or tactile impressions information, and touch sensible sheet or button are distributed in operator forefinger, middle finger and nameless zone that contacts with equipment when holding hand-hold electronic equipments.Three fingers can produce eight kinds of states with the touch sensible sheet altogether with not contacting, and that is to say that touch induction device can produce eight state of a controls, and these eight state of a controls are respectively: it is first state of a control that three fingers all leave the touch sensible sheet; It is second state of a control that forefinger contact, other two fingers leave the touch sensible sheet; It is three control-state that middle abutment, other two fingers leave the touch sensible sheet; It is the 4th state of a control that nameless contact, other two fingers leave the touch sensible sheet; The third finger leaves, two finger contact touch sensible sheets are the 5th state of a control in addition; Forefinger leaves, two finger contact touch sensible sheets are the 6th state of a control in addition; Middle finger leaves, two finger contact touch sensible sheets are the 7th state of a control in addition; It is the 8th state of a control that three fingers all contact the touch sensible sheet.
The state of a control that the Input Software that present embodiment adopts is imported according to the position feature and the touch induction device of action input is determined the content of input, different position features and the different input information of control corresponding combinations of states interval scale produce corresponding relation as shown in the table:
With input " www.163.com " is example, at first the operator holds hand-hold electronic equipments, operator's finger contacts .1 with the touch induction device of hand-hold electronic equipments, forefinger, middle finger, nameless corresponding respectively on three key positions of touch induction device, do down by operation at the touch induction device place of electronic equipment, again with hand to left, it is reference field accelerating force left based on the electronic equipment screen face that the position induction installation detects one, processor determines that according to detected accelerating force directional information operator's hand motion is characterized as " left ", Input Software is selected the 8th state of a control according to the state of finger, and the motion characteristic of hand-hold electronic equipments " left " is converted into character " W "; 2, forefinger, middle finger, the third finger all leaves touch induction device, do not do down by operation, again hand is returned the initial position of last action to right translation, it is reference field accelerating force to the right based on the electronic equipment screen face that the position induction installation detects one, processor determines that according to detected accelerating force directional information operator's hand motion is characterized as " to the right ", Input Software is selected first state of a control according to the state of finger, this is operating as init state, under init state, the input content of any position information correspondence is initialization directive, this initialization directive is transmitted following information and is given Input Software, the gatherer process of a last position information finishes, waits for the collection of next position information; 3, repeat above-mentioned steps 1, import second " W "; 4, repeat above-mentioned steps 2, initialization once more; 5, repeat above-mentioned steps 1, import the 3rd " W "; 6, forefinger contact, two other finger leave touch induction device, again with hand-hold electronic equipments to right translation, it is reference field accelerating force to the right based on the electronic equipment screen face that the position induction installation detects one, processor determines that according to detected accelerating force directional information operator's hand motion is characterized as " to the right ", Input Software is converted into character ". " according to Action Selection second state of a control of finger with the motion characteristic of hand-hold electronic equipments " to the right "; 7, forefinger contact, two other finger leave touch induction device, during again with hand-hold electronic equipments spinning movement left, the position induction installation detect one based on the electronic equipment screen face be reference field be rotated counterclockwise the angle turn of speed, processor determines that according to detected angle turn of speed directional information operator's hand motion is characterized as " left-handed ", Input Software is according to the selected three control-state of the action of finger, and the motion characteristic of hand-hold electronic equipments " left-handed " is converted into character " 1 "; 8, forefinger and middle finger trigger touch induction device, the third finger leaves, again with hand-hold electronic equipments to right rotation, the position induction installation detect one based on the electronic equipment screen face be reference field turn clockwise the angle turn of speed, processor determines that according to detected angle turn of speed directional information operator's hand motion is characterized as " dextrorotation ", and Input Software is according to selected the 5th state of a control of the action of finger, and the motion characteristic of hand-hold electronic equipments " dextrorotation " is converted into character " 6 "; 9, nameless contact, two other finger leave touch induction device, again with hand-hold electronic equipments to anticlockwise, the position induction installation detect one based on the electronic equipment screen face be reference field be rotated counterclockwise the angle turn of speed, processor determines that according to detected angle turn of speed directional information operator's hand motion is characterized as " left-handed ", Input Software is according to selected the 4th state of a control of the action of finger, and the motion characteristic of hand-hold electronic equipments " left-handed " is converted into character " 3 "; 10, forefinger contact, two other finger leave touch induction device, again with hand-hold electronic equipments to right translation, it is reference field accelerating force to the right based on the electronic equipment screen face that the position induction installation detects one, processor determines that according to the detected accelerating force directional information of detecting device operator's hand motion is characterized as " to the right ", Input Software is converted into character ". " according to Action Selection second state of a control of finger with the motion characteristic of hand-hold electronic equipments " to the right "; 11, middle abutment, two other finger leave touch induction device, again with hand-hold electronic equipments to left, it is reference field accelerating force left based on the electronic equipment screen face that the position induction installation detects one, processor determines that according to the detected accelerating force directional information of detecting device operator's hand motion is characterized as " left ", Input Software is converted into character " C " according to the Action Selection three control-state of finger with the motion characteristic of hand-hold electronic equipments " left "; 12, forefinger, middle finger, the third finger all leaves touch induction device, do not do down by operation, again hand-hold electronic equipments is returned the initial position of last action to right translation, it is reference field accelerating force to the right based on the electronic equipment screen face that the position induction installation detects one, processor determines that according to detected accelerating force directional information operator's hand motion is characterized as " to the right ", Input Software is according to Action Selection first state of a control of finger, this is operating as init state, under init state, the input content of any position information correspondence is initialization directive, this initialization directive is transmitted following information and is given Input Software, the gatherer process of a last position information finishes, waits for the collection of next position information; 13, middle finger, nameless contact, forefinger leave touch induction device, again with hand-hold electronic equipments to left, it is reference field accelerating force left based on the electronic equipment screen face that the position induction installation detects one, processor determines that according to detected accelerating force directional information operator's hand motion is characterized as " left ", Input Software is converted into character " O " according to Action Selection the 6th state of a control of finger with the motion characteristic of hand-hold electronic equipments " left "; 14, forefinger, middle finger, the third finger all leave touch induction device, do not do down by operation, again hand-hold electronic equipments is returned the initial position of last action to right translation, it is reference field accelerating force to the right based on the electronic equipment screen face that the position induction installation detects one, processor determines that according to detected accelerating force directional information operator's hand motion is characterized as " to the right ", and Input Software is selected first state of a control according to the action of finger, and this is operating as this and is operating as init state; 15, middle finger, nameless contact, forefinger leave touch induction device, again hand-hold electronic equipments is moved up, it is the accelerating force that reference field makes progress based on the electronic equipment screen face that the position induction installation detects one, processor determines that according to detected accelerating force directional information operator's hand motion is characterized as " making progress ", Input Software is according to Action Selection the 6th state of a control of finger, and the motion characteristic that operator's hand " is made progress " is converted into character " M ".
Application case when the position induction installation adopts photosensitive circuit: the position induction installation that present embodiment adopts adopts the CMOS photosensitive circuit, can the continuous acquisition image.
The method of the action input on the hand-hold electronic equipments that present embodiment adopts has defined six hand motion displacement characteristics: upwards, downwards, left, to the right, and up time circle, inverse time circle.It is when moving on the stationary shaft mind-set with the wrist that operator's hand grips electronic equipment, and the continuous picture that the position induction installation collects carries out displacement by the downward track of coordinate system, and processor determines that according to deformation trace information operator's hand motion is characterized as " making progress "; It is when moving under the stationary shaft mind-set with the wrist that operator's hand grips electronic equipment, and the continuous picture that the position induction installation collects carries out displacement by the coordinate system track that makes progress, and processor determines that according to deformation trace information operator's hand motion is characterized as " downwards "; Operator's hand grips that electronic equipment moves for fixing axle center dextrorotation with wrist or to the right during whipping, the continuous picture that the position induction installation collects by coordinate system to the right track carry out displacement, processor determines that according to deformation trace information operator's hand motion is characterized as " to the right "; Operator's hand grip electronic equipment with wrist for the fixing left-handed action in axle center or left during whipping, the continuous picture that the position induction installation collects by coordinate system left track carry out displacement, processor determines that according to deformation trace information operator's hand motion is characterized as " left "; It is that stationary shaft is in a good mood hour hands when drawing a circle motion with the wrist that operator's hand grips electronic equipment, the continuous picture that the position induction installation collects carries out displacement by coordinate system up time circle track, and processor determines that according to deformation trace information operator's hand motion is characterized as " up time circle "; It is when fixedly motion is drawn a circle in the axle center counterclockwise with wrist that operator's hand grips electronic equipment, the continuous picture that the position induction installation collects carries out displacement by coordinate system inverse time circle track, and processor determines that according to deformation trace information operator's hand motion is characterized as " inverse time circle ".
The touch induction device and the position induction installation that comprise the input end that is installed in the Input Software in the hand-hold electronic equipments and is connected hand-hold electronic equipments on the hand-hold electronic equipments that present embodiment adopts based on the input media of body sense, this touch induction device is three touch sensible sheets or the button that is distributed in the side of hand-hold electronic equipments, this touch sensible sheet is for gathering the sensing chip of pressure sensitivity information or tactile impressions information, and touch sensible sheet or button are distributed in operator forefinger, middle finger and nameless zone that contacts with equipment when holding hand-hold electronic equipments.Three fingers can produce eight kinds of states with the touch sensible sheet altogether with not contacting, and that is to say that touch induction device can produce eight state of a controls, and these eight state of a controls are respectively: it is first state of a control that three fingers all leave the touch sensible sheet; It is second state of a control that forefinger contact, other two fingers leave the touch sensible sheet; It is three control-state that middle abutment, other two fingers leave the touch sensible sheet; It is the 4th state of a control that nameless contact, other two fingers leave the touch sensible sheet; The third finger leaves, two finger contact touch sensible sheets are the 5th state of a control in addition; Forefinger leaves, two finger contact touch sensible sheets are the 6th state of a control in addition; Middle finger leaves, two finger contact touch sensible sheets are the 7th state of a control in addition; It is the 8th state of a control that three fingers all contact the touch sensible sheet;
The Input Software that present embodiment adopts can be according to the feature and the detected displacement characteristic of position induction installation of the action of above-mentioned finger, motion characteristic and state of a control corresponding relation such as following table:
With input " www.163.com " is example, at first the operator holds hand-hold electronic equipments, 1, forefinger, middle finger, nameless corresponding respectively on three key positions of touch induction device, do down by operation at the touch induction device place of electronic equipment, again with hand to left or left-lateral movement, the position induction installation collects one by the continuous picture of coordinate system to left dislocation, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " left ", Input Software is imported the 8th state of a control according to selected action, and the motion characteristic of operator's hand " left " is converted into character " W "; 2, press shown in Fig. 4 first state of a control, forefinger, middle finger, nameless not doing at the touch induction device place of electronic equipment respectively down by operation, again hand is got back to the initial position of last action to right translation or right-lateral movement, the position induction installation collects a continuous picture by coordinate system displacement to the right, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " to the right ", Input Software is imported first state of a control according to selected action, and this is operating as init state; 3, forefinger, middle finger, nameless doing at the touch induction device place of electronic equipment respectively down by operation, again with hand to left or left-lateral movement, the position induction installation collects one by the continuous picture of coordinate system to left dislocation, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " left ", Input Software is imported the 8th state of a control according to selected action, and the motion characteristic of operator's hand " left " is converted into character " W "; 4, forefinger, middle finger, nameless not doing at the touch induction device place of electronic equipment respectively down by operation, again hand is got back to the initial position of last action to right translation or right-lateral movement, the position induction installation collects a continuous picture by coordinate system displacement to the right, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " to the right ", Input Software is imported first state of a control according to selected action, and this is operating as init state; 5, forefinger, middle finger, nameless doing at the touch induction device place of electronic equipment respectively down by operation, again with hand to left or left-lateral movement, the position induction installation collects one by the continuous picture of coordinate system to left dislocation, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " left ", Input Software is imported the 8th state of a control according to selected action, and the motion characteristic of operator's hand " left " is converted into character " W "; 6, forefinger is done at the touch induction device place of electronic equipment down by operation, again with hand to right translation or right-lateral movement, the position induction installation collects a continuous picture by coordinate system displacement to the right, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " to the right ", Input Software is imported second state of a control according to selected action, and the motion characteristic of operator's hand " to the right " is converted into character ". "; 7, middle finger is done at the touch induction device place of electronic equipment down by operation, be that do when drawing a circle action clockwise at the center again with hand with the wrist, the position induction installation collects a continuous picture by the displacement of coordinate system up time circle, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " up time circle ", Input Software is imported three control-state according to selected action, and the motion characteristic of operator's hand " up time circle " is converted into character " 1 "; 8, forefinger and middle finger are done at the touch induction device place of electronic equipment down by operation, be that do when drawing a circle action counterclockwise at the center again with hand with the wrist, the position induction installation collects a continuous picture by the circle displacement of coordinate system inverse time, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " inverse time circle ", Input Software is imported the 5th state of a control according to selected action, and the motion characteristic of operator's hand " inverse time circle " is converted into character " 6 "; 9, nameless doing at the touch induction device place of electronic equipment down by operation, be that do when drawing a circle action clockwise at the center again with hand with the wrist, the position induction installation collects a continuous picture by the displacement of coordinate system up time circle, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " up time circle ", Input Software is imported the 4th state of a control according to selected action, and the motion characteristic of operator's hand " up time circle " is converted into character " 3 "; 10, forefinger is done at the touch induction device place of electronic equipment down by operation, again with hand to right translation or right-lateral movement, the position induction installation collects a continuous picture by coordinate system displacement to the right, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " to the right ", Input Software is imported second state of a control according to selected action, and the motion characteristic of operator's hand " to the right " is converted into character ". "; 11, middle finger is done at the touch induction device place of electronic equipment down by operation, again with hand to left or left-lateral movement, the position induction installation collects one by the continuous picture of coordinate system to left dislocation, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " left ", Input Software is imported three control-state according to selected action, and the motion characteristic of operator's hand " left " is converted into character " C "; 12, forefinger, middle finger, nameless not doing at the touch induction device place of electronic equipment respectively down by operation, again hand is got back to the initial position of last action to right translation or right-lateral movement, the position induction installation collects a continuous picture by coordinate system displacement to the right, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " to the right ", Input Software is imported first state of a control according to selected action, and this is operating as init state; 13, middle finger, nameless doing at the touch induction device place of electronic equipment respectively down by operation, again with hand to left or left-lateral movement, the position induction installation collects one by the continuous picture of coordinate system to left dislocation, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " left ", Input Software is imported the 6th state of a control according to selected action, and the motion characteristic of operator's hand " left " is converted into character " O "; 14, forefinger, middle finger, nameless not doing at the touch induction device place of electronic equipment respectively down by operation, again hand is got back to the initial position of last action to right translation or right-lateral movement, the position induction installation collects a continuous picture by coordinate system displacement to the right, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " to the right ", Input Software is imported first state of a control according to selected action, and this is operating as init state; 15, middle finger, nameless doing at the touch induction device place of electronic equipment respectively down by operation, be to move on the stationary shaft mind-set again with hand with the wrist, collect one by the continuous picture of coordinate system to bottom offset, processor collects the picture displacement information according to position induction installation inspection and determines that operator's hand motion is characterized as " making progress ", Input Software is imported the 6th state of a control according to selected action, and the motion characteristic that operator's hand " is made progress " is converted into character " M ".
Certainly except that above application case, can also define more more complicated motion characteristics, so that import more Word message.Should be that hand motion only is the motion characteristic of wrist movement with the defined motion characteristic of case, the hand motion amplitude be little, and action is simple, is differentiated by the position induction installation easily.
Claims (4)
1. based on the input media of body sense, the touch induction device and the position induction installation that comprise the input end that is installed in the Input Software in the hand-hold electronic equipments and is connected hand-hold electronic equipments, it is characterized in that: described touch induction device is a plurality of touch sensible sheets that are distributed in the side or the back side of hand-hold electronic equipments, this touch sensible sheet is distributed in and points the zone that contacts with equipment when the operator holds hand-hold electronic equipments for gathering the sensing chip of pressure sensitivity information or tactile impressions information; Described position induction installation is the sensor of the direction of motion of gathering hand-hold electronic equipments, movement velocity, movement locus, gravity directional information.
2. adopt the input method of the input media based on the body sense as claimed in claim 1, it is characterized in that comprising the steps:
Steps A: the operator holds hand-hold electronic equipments, and operator's finger contacts with the touch induction device of hand-hold electronic equipments; Step B: the touch induction device acquisition operations person of hand-hold electronic equipments points contact information; Step C: Input Software receives and analyzes the finger contact information; Step D: Input Software is selected action input state of a control according to the finger contact information; Step e: the position induction installation is gathered the position information of hand-hold electronic equipments, and described position information is one or more in direction of motion, movement velocity, movement locus, the gravity directional information; Step F: Input Software is converted into corresponding input content according to selected action input state of a control with position information; Step G: Input Software outputs to other application software with the content of input.
3. the input method of the input media based on the body sense according to claim 2 is characterized in that: at step B, the operator that touch induction device is gathered points the combination of the finger contact information that a plurality of touch induction device of contact information gathered.
4. the input method of the input media based on the body sense according to claim 2, it is characterized in that: described action input state of a control includes init state at least, under init state, the input content of any position information correspondence is initialization directive, this initialization directive is transmitted following information and is given Input Software, the gatherer process of a last position information finishes, waits for the collection of next position information.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
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| CN200910311952A CN101706677A (en) | 2009-12-22 | 2009-12-22 | Input device based on body feeling and input method thereof |
| PCT/CN2010/079407 WO2011076057A1 (en) | 2009-12-22 | 2010-12-02 | Input apparatus based on body feeling and input method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN200910311952A CN101706677A (en) | 2009-12-22 | 2009-12-22 | Input device based on body feeling and input method thereof |
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| CN101706677A true CN101706677A (en) | 2010-05-12 |
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| CN (1) | CN101706677A (en) |
| WO (1) | WO2011076057A1 (en) |
Cited By (10)
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| CN101853135A (en) * | 2010-06-20 | 2010-10-06 | 聂清永 | Method for controlling touch screen input interfaces on handheld electronic equipment based on somatosensory device |
| WO2011076057A1 (en) * | 2009-12-22 | 2011-06-30 | 聂清永 | Input apparatus based on body feeling and input method thereof |
| WO2011100905A3 (en) * | 2011-04-11 | 2012-02-23 | 华为终端有限公司 | Information processing method and terminal device |
| CN102395941A (en) * | 2011-09-02 | 2012-03-28 | 华为终端有限公司 | Motion sensing input method, motion sensing device, wireless handheld device and motion sensing system |
| CN102457674A (en) * | 2010-10-27 | 2012-05-16 | 赛龙通信技术（深圳）有限公司 | Method for simulating gravity sensor with camera |
| CN103777769A (en) * | 2012-10-23 | 2014-05-07 | 联想(北京)有限公司 | Input control method and device and electronic equipment |
| CN103873500A (en) * | 2012-12-12 | 2014-06-18 | 腾讯科技（深圳）有限公司 | Application control method, terminal and system based on mobile terminal sensor |
| CN106293044A (en) * | 2015-06-29 | 2017-01-04 | 北京智谷睿拓技术服务有限公司 | Information processing method, information processor and subscriber equipment |
| CN106502854A (en) * | 2016-12-26 | 2017-03-15 | 北京大华杰康科技有限公司 | A kind of apparatus for evaluating of vivid platform proprioceptive simulation fidelity |
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| CN105138111A (en) * | 2015-07-09 | 2015-12-09 | 中山大学 | Single camera based somatosensory interaction method and system |
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| JP3591029B2 (en) * | 1995-02-20 | 2004-11-17 | 富士通株式会社 | Braille data input / output terminal |
| JP2005044122A (en) * | 2003-07-22 | 2005-02-17 | Itsuo Kumazawa | Data input device and user interface method |
| CN1805472A (en) * | 2005-01-10 | 2006-07-19 | 乐金电子(中国)研究开发中心有限公司 | Mobile telephone for blind, mute or deaf man |
| CN101464779A (en) * | 2009-01-13 | 2009-06-24 | 聂清永 | Method and apparatus for switching input interface on hand-hold electronic equipment |
| CN101706677A (en) * | 2009-12-22 | 2010-05-12 | 聂清永 | Input device based on body feeling and input method thereof |
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2009
- 2009-12-22 CN CN200910311952A patent/CN101706677A/en active Pending
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2010
- 2010-12-02 WO PCT/CN2010/079407 patent/WO2011076057A1/en active Application Filing
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| WO2011076057A1 (en) * | 2009-12-22 | 2011-06-30 | 聂清永 | Input apparatus based on body feeling and input method thereof |
| CN101853135A (en) * | 2010-06-20 | 2010-10-06 | 聂清永 | Method for controlling touch screen input interfaces on handheld electronic equipment based on somatosensory device |
| CN102457674A (en) * | 2010-10-27 | 2012-05-16 | 赛龙通信技术（深圳）有限公司 | Method for simulating gravity sensor with camera |
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| WO2011100905A3 (en) * | 2011-04-11 | 2012-02-23 | 华为终端有限公司 | Information processing method and terminal device |
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| CN103777769A (en) * | 2012-10-23 | 2014-05-07 | 联想(北京)有限公司 | Input control method and device and electronic equipment |
| CN103873500A (en) * | 2012-12-12 | 2014-06-18 | 腾讯科技（深圳）有限公司 | Application control method, terminal and system based on mobile terminal sensor |
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