CN103576844A - Data display method and electronic equipment - Google Patents
Data display method and electronic equipment Download PDFInfo
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- CN103576844A CN103576844A CN201210272026.2A CN201210272026A CN103576844A CN 103576844 A CN103576844 A CN 103576844A CN 201210272026 A CN201210272026 A CN 201210272026A CN 103576844 A CN103576844 A CN 103576844A
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Abstract
The invention discloses a data display method and electronic equipment. The data display method applied to the electronic equipment includes detecting whether at least one operating body contacts with the electronic equipment or not ; if yes, acquiring a first position parameter, contacting with the electronic equipment, of each of the operating bodies; according to at least one first position parameter, determining a contact interface position corresponding to each of the operating bodies, wherein the contact interface positions can be displayed on the electronic equipment and correspond to contact interfaces; displaying the contact interfaces corresponding to the operating bodies at the contact interface positions corresponding to the operating bodies.
Description
Technical field
The present invention relates to demonstration field, relate in particular to the method and the electronic equipment that show data.
Background technology
Along with the develop rapidly of electronic equipment, electronic equipment is more and more widely used in daily life.Existing Tabletop type computer is owing to being horizontal positioned, user may operate in the surrounding of computer, if always fixing a direction, the user interface on display or touch-screen shows, when user goes to computer another side, will feel inconvenient operation, at this moment just need to dynamically adjust according to user's position the display direction at interface, and Tabletop type computer as a common equipment for many people when operating simultaneously, everyone needs an interaction area, and this interaction area is will be according to user's position dynamic assignment, existing solution generally adopts surrounding below Tabletop type computer that Proximity Sensor is installed, position with detecting user, then at corresponding position display user's operation interface.
But in the process of present inventor's invention technical scheme in realizing the embodiment of the present application, find that above-mentioned technology at least exists following technical matters:
One: when surrounding need to be arranged a circle Proximity Sensor below the desktop of described Tabletop type computer, can cause cost very high, and the below of whole Tabletop type computer is relatively taken up space, not meet ergonomics;
Its two: when below the desktop of described Tabletop type computer, surrounding need to be arranged a circle Proximity Sensor, when onlooker and operator stand in Tabletop type computer around time simultaneously, onlooker can be used as to operator, and to described onlooker's batch operation interface, so, cause occurring erroneous judgement operator's situation.
Summary of the invention
The embodiment of the present application, by a kind of method and electronic equipment that shows data is provided, accurately detects operating the operator of described electronic equipment in cost-saving, and provides convenience for user uses.
Whether the embodiment of the present application provides a kind of method that shows data, is applied in electronic equipment, and described method comprises: detect and have at least one operating body contacting described electronic equipment; When having at least one operating body to contact described electronic equipment, the primary importance parameter of the contact of obtaining each operating body at least one operating body on described electronic equipment; Based on described at least one primary importance parameter, determine contact interface position corresponding to the contact interface that can on described electronic equipment show corresponding with each operating body in described at least one operating body; At contact interface position display corresponding to each operating body contact interface corresponding with this operating body.
Optionally, whether described detection has operating body contacting described electronic equipment, specifically comprises: the key position parameter of obtaining described operating body; Obtain the matching parameter of default detection model; Based on described matching parameter and described key position parameter, detect described operating body and whether contacting described electronic equipment.
Optionally, described based on described matching parameter and described key position parameter, detect described operating body and whether contacting described electronic equipment, specifically comprise: whether judgement can find described key position parameter in the matching parameter of described default detection model; In the time of can finding described key position parameter in the matching parameter of described default detection model, determine that described operating body is contacting described electronic equipment.
Optionally, described when having operating body to contact described electronic equipment, the primary importance parameter of the contact of obtaining each operating body at least one operating body on described electronic equipment, specifically comprises: the corner parameter of obtaining described electronic equipment; Obtain the first coordinate position of each operating body in described at least one operating body; Based on described corner parameter and described the first coordinate position, obtain the primary importance parameter that each operating body in described at least one operating body contacts described electronic equipment.
Optionally, described in obtain the corner parameter of described electronic equipment, specifically comprise: the calibrating parameters that obtains monitoring unit; Based on described calibrating parameters, obtain the corner parameter of described electronic equipment.
Optionally, described based on described calibrating parameters, obtain the corner parameter of described electronic equipment, specifically comprise: the first angular dimensions of obtaining each angle of described electronic equipment; By the mode of rim detection, obtain the first side parameter on each limit of described electronic equipment; Based on described calibrating parameters and described the first angular dimensions and described first side parameter, obtain the corner parameter of described electronic equipment.
The embodiment of the present application also provides a kind of electronic equipment, and described electronic equipment comprises: monitoring unit, for detection of whether having operating body operating described electronic equipment; Parameter acquiring unit, when having operating body to operate described electronic equipment, can obtain the primary importance parameter that each operating body at least one operating body operates described electronic equipment; Processing unit, based on described primary importance parameter, the first interface location for the operation interface of determining the operating body corresponding with described primary importance parameter on described electronic equipment; Display unit, for showing described operation interface at the first interface location corresponding to described each operating body of at least one operating body.
Optionally, described monitoring unit is provided with detecting unit, by obtaining the key position parameter of described operating body and the matching parameter of default detection model, based on described matching parameter and described key position parameter, for detection of described operating body, whether contacting described electronic equipment.
Optionally, described detecting unit is provided with judging unit, for judging whether the matching parameter at described default detection model can find described key position parameter, in the time of can finding described key position parameter in the matching parameter of described default detection model, for determining that described operating body is contacting described electronic equipment.
Optionally, described parameter acquiring unit is by obtaining the corner parameter of described electronic equipment, and the first coordinate position that obtains each operating body in described at least one operating body, based on described corner parameter and described the first coordinate position, for obtaining described each operating body of at least one operating body, contact the primary importance parameter of described electronic equipment.
Optionally, described parameter acquiring unit is provided with corner parameter acquiring unit, by obtaining the calibrating parameters of monitoring unit, based on described calibrating parameters, for obtaining the corner parameter of described electronic equipment.
Optionally, described corner parameter acquiring unit is for obtaining first angular dimensions at each angle of described electronic equipment, and by the mode of rim detection, obtain the first side parameter on each limit of described electronic equipment, based on described calibrating parameters and described the first angular dimensions and described first side parameter, for obtaining the corner parameter of described electronic equipment.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
One, because first the embodiment of the present application is to detect contacting the operating body of described electronic equipment, the primary importance parameter of the contact of each operating body on described electronic equipment in obtaining described at least one operating body, again based on described primary importance parameter, determine contact interface position corresponding to the contact interface that can on described electronic equipment show corresponding with each operating body in described at least one operating body, then at contact interface position display corresponding to each operating body contact interface corresponding with this operating body, because the embodiment of the present application is to determine by detecting described operating body and the situation that contacts of described electronic equipment whether described operating body operates described electronic equipment, so, can effectively reduce the situation that occurs erroneous judgement operator, improve the accuracy detecting, facilitate user to experience.
Two, because the embodiment of the present application is to obtain the key position parameter of described operating body, in the matching parameter of obtaining described key position parameter and default detection model, according to described matching parameter, determine whether described operating body is contacting described electronic equipment, so, can further improve the accuracy of detection, for user provides convenience.
Three, because the embodiment of the present application is being to detect operating body by monitoring unit whether to contact described electronic equipment, based on testing result, the primary importance parameter of the contact of obtaining each operating body at least one operating body on described electronic equipment, because monitoring unit only can occupy very little space and cost, compare much lower with range sensor, so, can be cost-saving, and provide convenience for user uses.
Four, because the embodiment of the present application is by obtaining contact that the calibrating parameters of monitoring unit and the corner parameter of described electronic equipment obtain each operating body in described at least one operating body primary importance parameter on described electronic equipment, in corresponding contact interface position corresponding to the contact interface that can show on described electronic equipment of determining described operating body based on described primary importance parameter, so, mate more with described operating body the contact interface position that can guarantee described correspondence, for user provides convenience.
Accompanying drawing explanation
Fig. 1 shows the process flow diagram of the method for data in the embodiment of the present application;
Fig. 2 is the Organization Chart of an operating body operation Tabletop type computer in the embodiment of the present application;
Fig. 3 is the Organization Chart of two operating body operation Tabletop type computers in the embodiment of the present application;
Fig. 4 is the Organization Chart that the right that in the embodiment of the present application, operating body is positioned at Tabletop type computer operates described Tabletop type computer;
Fig. 5 is the structural representation of electronic equipment in the embodiment of the present application.
Specific embodiment
The embodiment of the present application, by a kind of method and electronic equipment that shows data is provided, accurately detects operating the operator of described electronic equipment in cost-saving, and easy to use.
The technical scheme of the embodiment of the present application is for solving above-mentioned differentiation storage problem, and general thought is as follows:
By detecting operating body, determine with the situation that contacts of described electronic equipment whether described operating body needs to operate described electronic equipment, and obtain the described primary importance parameter that need to operate the operating body of described electronic equipment, based on described primary importance parameter, obtaining contact interface position corresponding to the contact interface that can show that described operating body is corresponding on described electronic equipment, and at the described contact interface position display contact interface corresponding with described operating body.
Above-mentioned is to determine with the situation that contacts of described electronic equipment whether described operating body needs to operate described electronic equipment by inspection operating body, compared with prior art, can effectively reduce the situation that occurs erroneous judgement operator, improve the accuracy detecting, facilitate user to experience.
In order better to understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.
The embodiment of the present application provides a kind of method that shows data, is applied in electronic equipment, and as shown in Figure 1, described method comprises:
Whether S101, detection have at least one operating body contacting described electronic equipment.
Specifically, detect exactly at least one operating body contacting with described electronic equipment, by obtaining the key position parameter of each operating body in described at least one operating body, and the matching parameter of default detection model, based on described matching parameter and described key position parameter, determine whether the operating body corresponding with described matching parameter is contacting described electronic equipment, wherein, described based on described matching parameter and described key position parameter, determine whether the operating body corresponding with described matching parameter is contacting described electronic equipment and specifically comprising: whether judgement can find described key position parameter in the matching parameter of described default detection model, in the time of can finding described key position parameter in the matching parameter of described default detection model, determine that described operating body is contacting described electronic equipment.
In specific implementation process, detect operating body and described electronic equipment contact situation time, normally obtain the key position parameters such as head, face, metastomium, arm and hand of operating body, then in the matching parameter of the default detection model obtaining, search described key position parameter, if described key position parameter can all find in described default detection model, can determine that described operating body is contacting described electronic equipment; If described key position parameter can not find completely in described default detection model, can determine that described operating body does not contact described electronic equipment.Described default detection model creates by object detection method, conventionally be divided into three steps: one, the establishment of sample: training sample is divided into positive example sample and negative data, wherein, described positive example sample refers to target sample to be detected, the embodiment of the present application is by the head of human body, face, metastomium, the key position such as arm and hand is as target sample, after gathering described target sample, all samples pictures are all normalized to same size, negative data (negative sample) can be selected any image, but any image of described selection can not comprise target signature, all negative samples are all described by background description document, described background description document is a text, the filename that every a line has comprised a samples pictures, two, after sample has created, training classifier: the process of described training classifier is realized by haartraining algorithm, three, utilize the sorter training to carry out target detection: first to load the cascade classifier training and the image that will detect, then utilize Haar Detect Objects algorithm in image, to search target object.Such as: as shown in Figure 2, above Tabletop type computer, prop two cameras (Camera) (or adopting the camera with depth detection function), can to the height of described Camera and angle, adjust by described Tabletop type computer, so that described Camera can photograph the key position picture of operating body preferably, and described key position picture is sent to described Tabletop type computer, described key position picture is mated with the picture in default detection model, thereby judge whether described operating body is contacting described Tabletop type computer, wherein, above described Tabletop type computer, can also prop the equipment of one or more camera functions to be had.
S102, when having at least one operating body to contact described electronic equipment, the primary importance parameter of the contact of obtaining each operating body at least one operating body on described electronic equipment.
Specifically, by the match condition of described key position parameter and described default detection model, can determine whether the operating body corresponding with described key position parameter is contacting described electronic equipment, when at least one operating body having been detected and contacted described electronic equipment, the primary importance parameter of the contact of obtaining each operating body in described at least one operating body on described electronic equipment.Obtaining of described primary importance parameter is by obtaining the corner parameter of described electronic equipment, the first coordinate position of each operating body in obtaining described at least one operating body; Again based on described corner parameter and described the first coordinate position, the primary importance parameter of the contact of obtaining each operating body in described at least one operating body on described electronic equipment.
In specific implementation process, described primary importance parameter is all that the monitoring unit by described electronic equipment obtains, and described monitoring unit is when obtaining the corner parameter of described electronic equipment, because the problem of described monitoring unit itself can cause corner parameter and the real corner of the described electronic equipment parameter obtained to have difference, for eliminating this impact, the embodiment of the present application is by obtaining the calibrating parameters of described monitoring unit, based on described calibrating parameters, obtain the corner parameter of described electronic equipment, so, impel the corner parameter of obtaining more to approach the real corner of described electronic equipment parameter.Described monitoring unit can itself carry by described electronic equipment, can also by other means other monitoring unit be connected with described electronic equipment, for obtaining corresponding parameter.The described corner parameter of obtaining described electronic equipment is by obtaining first angular dimensions at each angle of described electronic equipment, in the first side parameter of obtaining each limit of described electronic equipment by the mode of rim detection, based on described calibrating parameters and described the first angular dimensions and described first side parameter, obtain the corner parameter of described electronic equipment.Such as: when propping two Camera obtaining the primary importance parameter of the operating body contacting with described Tabletop type computer on Tabletop type computer, first by described two Camera, capture at least one angle and two limits that form this angle in four angles of Tabletop type computer, then each Camera is demarcated, the method of demarcating can adopt common gridiron pattern method, calculate each Camera intrinsic parameter, outer parameter and distortion factor etc., then identify the corner of described Tabletop type computer, easy method can be obtained by the method for mark the coordinate parameters at each angle in four angles of described Tabletop type computer, by the method for rim detection, identify again the parameter on every limit of described Tabletop type computer, then form complete corner, obtain the corner parameter of described Tabletop type computer, by described Camera, obtaining the first coordinate position of described operating body, by the coordinate position of operating body and the corner parameter of described Tabletop type computer obtained, calculate operating body with respect to the position of closing on corner, be the primary importance parameter of described operating body, remerge the operating body that a plurality of cameras detect simultaneously, remove redundancy, to prevent that same operation from realizing, have a plurality of location parameters.Such as two cameras detect some users' situation simultaneously, if a user characteristics is detected by two cameras simultaneously, and the position at place overlaps more than 70%, and we can think that two Camera detect same user.
S103, based on described at least one primary importance parameter, determine contact interface position corresponding to the contact interface that can on described electronic equipment show corresponding with each operating body in described at least one operating body.
Specifically, the primary importance parameter of each operating body in described at least one operating body obtaining by described step S102, by described primary importance parameter, can determine contact interface position corresponding to the contact interface that can show that the operating body corresponding with described primary importance parameter is corresponding on described electronic equipment.
In specific implementation process, when determining the contact interface position of described operating body, can detect the quantity of described operating body, when described operating body only has one, the whole operation interface that the contact interface position that described operating body is corresponding is described electronic equipment; At described operating body, while being a plurality of, according to the primary importance parameter of described operating body, determine contact interface position corresponding to described each operating body, and the contact interface position of each operating body is not overlapping.Such as: as shown in Figure 2, when only having an operating body to operate described Tabletop type computer described in described Camera detects, using the whole operation interface of described Tabletop type computer as contact interface position corresponding to described operating body; As shown in Figure 3, described Camera detected the first operating body with the second operating body when contacting described Tabletop type computer, the primary importance parameter that the first operating body detected based on described Camera has determined that contact interface position corresponding to the contact interface that can show on described electronic equipment that described the first operating body is corresponding is the first interface location, equally, by described Camera, can get the second contact surface position that described the second operating body is corresponding.
S104, at contact interface position display corresponding to each operating body contact interface corresponding with this operating body.
Specifically, after obtaining by above-mentioned steps S103 the contact interface position that each operating body is corresponding, by contact interface position display corresponding to each operating body and the contact interface of this operational correspondence, when the contact interface of contact interface position display corresponding to described each operating body of demonstration and this operational correspondence, primary importance parameter based on described operating body, determines at the display direction that shows the contact interface corresponding with described primary importance parameter.
In specific implementation process, when the contact interface of described electronic equipment display operation body, can determine by the primary importance parameter of described operating body the display packing of described contact interface, namely according to described operating body, with respect to the location parameter of the corner of described electronic equipment, adjust the display direction of contact interface, make the demonstration of described contact interface meet human visual, be user-friendly to.Such as: as shown in Figure 2, owing to only having an operating body at the described Tabletop type computer of operation, because described operating body is the left side that stands in described Tabletop type computer, based on human visual, consider, the display direction of the contact interface of described operating body (user interface) is consistent with the direction of arrow in Fig. 2; As shown in Figure 4, while operating described Tabletop type computer on the right that has an operating body at described Tabletop type computer, in like manner, the display direction of the contact interface of described operating body (user interface) is consistent with the direction of arrow in Fig. 4.When having a plurality of operating bodies to operate described Tabletop type computer, according to contact interface corresponding to each operating body obtaining, same, can with respect to the location parameter of the corner of described electronic equipment, adjust according to each operating body the display direction of contact interface.
On the basis of said method, the embodiment of the present application also provides a kind of electronic equipment, and as shown in Figure 5, described electronic equipment comprises:
Whether monitoring unit, for detection of having operating body operating described electronic equipment;
Parameter acquiring unit, when having operating body to operate described electronic equipment, can obtain the primary importance parameter that each operating body at least one operating body operates described electronic equipment;
Processing unit, based on described primary importance parameter, the first interface location for the operation interface of determining the operating body corresponding with described primary importance parameter on described electronic equipment;
Display unit, for showing described operation interface at the first interface location corresponding to described each operating body of at least one operating body.
Wherein, described monitoring unit is provided with detecting unit, by obtaining the key position parameter of described operating body and the matching parameter of default detection model, based on described matching parameter and described key position parameter, for detection of described operating body, whether contacting described electronic equipment, wherein, described monitoring unit is the equipment that camera, video camera etc. can obtain image, for obtaining the key position parameter of operating body, to judge whether described operating body is contacting described electronic equipment.
Described detecting unit is provided with judging unit, for judging whether the matching parameter at described default detection model can find described key position parameter, in the time of can finding described key position parameter in the matching parameter of described default detection model, for determining that described operating body is contacting described electronic equipment.If while searching less than described key position parameter, can determine that described operating body does not contact described electronic equipment in described default detection model.In addition, default detection model by target detection mode, create, for guaranteeing the accuracy to operating body identification.
Described parameter acquiring unit is by obtaining the corner parameter of described electronic equipment, and the first coordinate position that obtains each operating body in described at least one operating body, based on described corner parameter and described the first coordinate position, for obtaining described each operating body of at least one operating body, contact the primary importance parameter of described electronic equipment.
Described parameter acquiring unit is provided with corner parameter acquiring unit, by obtaining the calibrating parameters of monitoring unit, based on described calibrating parameters, for obtaining the corner parameter of described electronic equipment.
Described corner parameter acquiring unit is for obtaining first angular dimensions at each angle of described electronic equipment, and by the mode of rim detection, obtain the first side parameter on each limit of described electronic equipment, based on described calibrating parameters and described the first angular dimensions and described first side parameter, for obtaining the corner parameter of described electronic equipment.
Technical scheme in above-mentioned the embodiment of the present application, at least has following technique effect or advantage:
One, because first the embodiment of the present application is to detect contacting the operating body of described electronic equipment, the primary importance parameter of the contact of each operating body on described electronic equipment in obtaining described at least one operating body, again based on described primary importance parameter, determine contact interface position corresponding to the contact interface that can on described electronic equipment show corresponding with each operating body in described at least one operating body, then at contact interface position display corresponding to each operating body contact interface corresponding with this operating body, because the embodiment of the present application is to determine by detecting described operating body and the situation that contacts of described electronic equipment whether described operating body operates described electronic equipment, so, can effectively reduce the situation that occurs erroneous judgement operator, improve the accuracy detecting, facilitate user to experience.
Two, because the embodiment of the present application is to obtain the key position parameter of described operating body, in the matching parameter of obtaining described key position parameter and default detection model, according to described matching parameter, determine whether described operating body is contacting described electronic equipment, so, can further improve the accuracy of detection, for user provides convenience.
Three, because the embodiment of the present application is being to detect operating body by monitoring unit whether to contact described electronic equipment, based on testing result, the primary importance parameter of the contact of obtaining each operating body at least one operating body on described electronic equipment, because monitoring unit only can occupy very little space and cost, compare much lower with range sensor, so, can be cost-saving, and provide convenience for user uses.
Four, because the embodiment of the present application is by obtaining contact that the calibrating parameters of monitoring unit and the corner parameter of described electronic equipment obtain each operating body in described at least one operating body primary importance parameter on described electronic equipment, in corresponding contact interface position corresponding to the contact interface that can show on described electronic equipment of determining described operating body based on described primary importance parameter, so, mate more with described operating body the contact interface position that can guarantee described correspondence, for user provides convenience.
Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the scope of the invention.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (12)
1. a method that shows data, is applied in electronic equipment, it is characterized in that, described method comprises:
Whether detect has at least one operating body contacting described electronic equipment;
When having at least one operating body to contact described electronic equipment, the primary importance parameter of the contact of obtaining each operating body at least one operating body on described electronic equipment;
Based on described at least one primary importance parameter, determine contact interface position corresponding to the contact interface that can on described electronic equipment show corresponding with each operating body in described at least one operating body;
At contact interface position display corresponding to each operating body contact interface corresponding with this operating body.
2. the method for claim 1, is characterized in that, whether described detection has operating body contacting described electronic equipment, specifically comprises:
Obtain the key position parameter of described operating body;
Obtain the matching parameter of default detection model;
Based on described matching parameter and described key position parameter, detect described operating body and whether contacting described electronic equipment.
3. method as claimed in claim 2, its spy is being, described based on described matching parameter and described key position parameter, detects described operating body and whether contacting described electronic equipment, specifically comprises:
Whether judgement can find described key position parameter in the matching parameter of described default detection model;
In the time of can finding described key position parameter in the matching parameter of described default detection model, determine that described operating body is contacting described electronic equipment.
4. the method for claim 1, its spy is being, described when having operating body to contact described electronic equipment, the primary importance parameter of the contact of obtaining each operating body at least one operating body on described electronic equipment, specifically comprises:
Obtain the corner parameter of described electronic equipment;
Obtain the first coordinate position of each operating body in described at least one operating body;
Based on described corner parameter and described the first coordinate position, obtain the primary importance parameter that each operating body in described at least one operating body contacts described electronic equipment.
5. method as claimed in claim 4, its spy is being, described in obtain the corner parameter of described electronic equipment, specifically comprise:
Obtain the calibrating parameters of monitoring unit;
Based on described calibrating parameters, obtain the corner parameter of described electronic equipment.
6. method as claimed in claim 5, its spy is being, described based on described calibrating parameters, obtains the corner parameter of described electronic equipment, specifically comprises:
Obtain first angular dimensions at each angle of described electronic equipment;
By the mode of rim detection, obtain the first side parameter on each limit of described electronic equipment;
Based on described calibrating parameters and described the first angular dimensions and described first side parameter, obtain the corner parameter of described electronic equipment.
7. an electronic equipment, is characterized in that, described electronic equipment comprises:
Whether monitoring unit, for detection of having operating body operating described electronic equipment;
Parameter acquiring unit, when having operating body to operate described electronic equipment, can obtain the primary importance parameter that each operating body at least one operating body operates described electronic equipment;
Processing unit, based on described primary importance parameter, the first interface location for the operation interface of determining the operating body corresponding with described primary importance parameter on described electronic equipment;
Display unit, for showing described operation interface at the first interface location corresponding to described each operating body of at least one operating body.
8. electronic equipment as claimed in claim 7, it is characterized in that, described monitoring unit is provided with detecting unit, by obtaining the key position parameter of described operating body, and the matching parameter of default detection model, based on described matching parameter and described key position parameter, for detection of described operating body, whether contacting described electronic equipment.
9. electronic equipment as claimed in claim 8, is characterized in that, described detecting unit is provided with judging unit, and whether judgement can find described key position parameter in the matching parameter of described default detection model;
In the time of can finding described key position parameter in the matching parameter of described default detection model, determine that described operating body is contacting described electronic equipment.
10. electronic equipment as claimed in claim 7, it is characterized in that, described parameter acquiring unit is by obtaining the corner parameter of described electronic equipment, and the first coordinate position that obtains each operating body in described at least one operating body, based on described corner parameter and described the first coordinate position, for obtaining described each operating body of at least one operating body, contact the primary importance parameter of described electronic equipment.
11. electronic equipments as claimed in claim 10, is characterized in that, described parameter acquiring unit is provided with corner parameter acquiring unit, by obtaining the calibrating parameters of monitoring unit, based on described calibrating parameters, for obtaining the corner parameter of described electronic equipment.
12. electronic equipments as claimed in claim 11, it is characterized in that, described corner parameter acquiring unit is for obtaining first angular dimensions at each angle of described electronic equipment, and by the mode of rim detection, obtain the first side parameter on each limit of described electronic equipment, based on described calibrating parameters and described the first angular dimensions and described first side parameter, for obtaining the corner parameter of described electronic equipment.
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