CN104142742A - Touch electronic equipment and touch mode switching method thereof - Google Patents
Touch electronic equipment and touch mode switching method thereof Download PDFInfo
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- CN104142742A CN104142742A CN201310167140.3A CN201310167140A CN104142742A CN 104142742 A CN104142742 A CN 104142742A CN 201310167140 A CN201310167140 A CN 201310167140A CN 104142742 A CN104142742 A CN 104142742A
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Abstract
The invention provides touch electronic equipment and a touch mode switching method thereof. The method mainly comprises the following steps of arranging a fingerprint detection module in the touch electronic equipment; and switching over the current touch mode of the touch electronic equipment after the fingerprint detection module detects that a user touches a first designated area on the outer surface of the touch electronic equipment with fingerprints. General grain features on fingerprints of people are stored in the touch electronic equipment, various touch modes of the touch electronic equipment are conveniently and quickly switched over with the aid of fingerprint touch, when an electromagnetic touch mode of the touch electronic equipment is used, only one touch mode of the touch electronic equipment is required to be started, and interference between electromagnetic touch and other touch input is avoided. The touch mode switching method is easy to implement; the power consumption of the touch electronic equipment is low; and man-machine interaction convenience and user experience are effectively improved.
Description
Technical field
The present invention relates to touch technology field, relate in particular to the touch control manner changing method of a kind of touch-control electronic equipment and touch-control electronic equipment.
Background technology
Touch technology is typically used as the input media of various electronic products, due to such as PDA(PersonalDigitalAssistant, palm PC), the emerging in large numbers of the novel electron mobile device such as panel computer and wireless flat display, the use sharp increase of various types of touch-control electronic equipment.These touch-control electronic equipment are free of attachment to QWERTY keyboard, mouse or similar input media conventionally, and these input medias are considered to limit their movability, and above-mentioned touch-control electronic equipment can be used electromagnetism touch-control and two kinds of touch control manners of capacitance touching control conventionally.
The method that the first touch-control electronic equipment of the prior art switches between electromagnetism touch control manner and capacitance touching control mode is: in the mechanism of the placement time writer in touch-control electronic equipment, mechanical key is set, by this mechanical key, comes manual switching electromagnetism touch control manner and capacitance touching control mode.
The shortcoming of the method that above-mentioned the first touch-control electronic equipment of the prior art switches between electromagnetism touch control manner and capacitance touching control mode is: mechanical key is short serviceable life, complicated operation, and after time writer is lost, cannot complete electromagnetism touch-control to the switching of capacitance touching control, cause capacitance touching control mode normally to work.
The method that the second touch-control electronic equipment of the prior art switches between electromagnetism touch control manner and capacitance touching control mode is: above-mentioned touch-control electronic equipment is opened electromagnetism touch control manner and capacitance touching control method simultaneously, when two kinds of touch control manners clash, take electromagnetism touch-control mode preferential or that capacitance touching control is preferential to solve and switch input.
The shortcoming of the method that above-mentioned the second touch-control electronic equipment of the prior art switches between electromagnetism touch control manner and capacitance touching control mode is: the method requires electromagnetism touch control manner and capacitance touching control mode controller separately simultaneously in opening, disturb each other greatly, power consumption is large and implementation method is complicated.
Summary of the invention
Embodiments of the invention provide the touch control manner changing method of a kind of touch-control electronic equipment and touch-control electronic equipment, to realize touch-control electronic equipment, between various touch control manners, switch easily and efficiently.
A touch control manner changing method for touch-control electronic equipment, comprising:
In touch-control electronic equipment, finger print detecting module is set, described touch-control electronic equipment comprises at least two kinds of touch control manners;
After fingerprint that described finger print detecting module detects people touches on the first appointed area on the outside surface of described touch-control electronic equipment, the touch control manner of described touch-control electronic equipment current application is switched.
A touch-control electronic equipment, comprising:
Finger print detecting module, be arranged on the first appointed area on the outside surface of touch-control electronic equipment, after people's fingerprint being detected and touching on the first appointed area on the outside surface of described touch-control electronic equipment, to touch control manner handover module, send fingerprint detection signal;
Touch control manner administration module, for arranging at least two kinds of touch control manners at described touch-control electronic equipment;
Touch control manner handover module, for receiving after the fingerprint detection signal that described finger print detecting module sends over, switches the touch control manner of described touch-control electronic equipment current application.
The technical scheme being provided by the embodiment of the invention described above can be found out, the embodiment of the present invention by arranging finger print detecting module in touch-control electronic equipment, general patterned feature on this finger print detecting module storage people's fingerprint, has realized and has utilized fingerprint touch that touch-control electronic equipment is switched easily and efficiently between various touch control manners.Realized when touch-control electronic equipment is used electromagnetism touch control manner, touch-control electronic device just will be opened a kind of touch control manner, solve the interference between electromagnetism touch-control and other touch control manner, reduced the power consumption of multi-mode touch-control input, strengthened the flying power of battery.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the embodiment of the present invention, below the accompanying drawing of required use during embodiment is described is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The concise and to the point processing flow chart of the touch control manner changing method of a kind of touch-control electronic equipment that Fig. 1 provides for the embodiment of the present invention one;
The complete process flow figure of the touch control manner changing method of a kind of touch-control electronic equipment that Fig. 2 provides for the embodiment of the present invention two;
The illustrative view of functional configuration of a kind of touch-control electronic equipment that Fig. 3 provides for the embodiment of the present invention three, comprises finger print detecting module 31, equipment state handover module 32, electromagnetic detection module 33, touch control manner handover module 34, touch control manner administration module 35 and display screen 36;
The illustrative view of functional configuration of a kind of finger print detecting module that Fig. 4 provides for the embodiment of the present invention three, comprises piezoelectric sensor 41, processor 42 and storer 43.
Embodiment
For ease of the understanding to the embodiment of the present invention, below in conjunction with accompanying drawing, take several specific embodiments and be further explained explanation as example, and each embodiment does not form the restriction to the embodiment of the present invention.
Embodiment mono-
This embodiment provide a kind of touch-control electronic equipment touch control manner changing method concise and to the point treatment scheme as shown in Figure 1, comprise following treatment step:
Step 11, in touch-control electronic equipment, finger print detecting module is set, described touch-control electronic equipment comprises at least two kinds of touch control manners.
The embodiment of the present invention arranges finger print detecting module in the first appointed area of the outside surface of touch-control electronic equipment, above-mentioned the first appointed area can be the appointed area on the shell of the touch-control electronic equipment outside the display screen of above-mentioned touch-control electronic equipment, or for being positioned at a certain appointed area on the display screen of above-mentioned touch-control electronic equipment.
The touch control manner of described touch-control electronic equipment includes but not limited to electromagnetism touch control manner, capacitance touching control mode and resistance touch control manner, and described capacitance touching control mode comprises finger touch mode and capacitance pen touch control manner.
Step 12, after fingerprint that described finger print detecting module detects people touches on the first appointed area on the outside surface of described touch-control electronic equipment, the touch control manner of described touch-control electronic equipment current application is switched.
The embodiment of the present invention arranges touch control manner handover module in touch-control electronic equipment, and this touch control manner handover module can make above-mentioned touch control device switch between various touch control manners.
Above-mentioned touch control device is in running order, above-mentioned finger print detecting module comprises storer, piezoelectric sensor and processor, in this storer, stored the general patterned feature on people's fingerprint, after having people's fingerprint to touch on the first appointed area on the outside surface of touch-control electronic equipment in working order, described piezoelectric sensor processes by opto-electronic conversion and image the lines information of obtaining the fingerprint touching on described the first appointed area, when described processor judges the described general patterned feature of storing in storer described in described lines information conforms, the fingerprint touch that described finger print detecting module defines people is on described the first appointed area, to described touch control manner handover module, send fingerprint detection signal,
Described touch control manner handover module switches the touch control manner of described touch-control electronic equipment current application.
Embodiment bis-
This embodiment provide a kind of touch-control electronic equipment touch control manner changing method complete process flow as shown in Figure 2, comprise following treatment step:
Step 21, the embodiment of the present invention arrange finger print detecting module in the first appointed area of the outside surface of touch-control electronic equipment, above-mentioned the first appointed area can be the appointed area on the shell of the touch-control electronic equipment outside the display screen of above-mentioned touch-control electronic equipment, or for being positioned at a certain appointed area on the display screen of above-mentioned touch-control electronic equipment.The side of above-mentioned the first appointed area is with representing that the symbol of finger touch or pattern indicate, such as, by finger pattern, indicate.
Described finger print detecting module comprises storer, piezoelectric sensor and processor, has stored the user's of general patterned feature on proprietary fingerprint and above-mentioned touch-control electronic equipment peculiar patterned feature (optionally) in this storer.Above-mentioned general patterned feature touches above-mentioned the first appointed area for detection of the fingerprint that has people, for the fuzzy diagnosis of fingerprint.Above-mentioned peculiar patterned feature touches above-mentioned the first appointed area for detection of the user of above-mentioned touch-control electronic equipment, for the accurate identification of fingerprint.Therefore, above-mentioned finger print detecting module can be realized fuzzy diagnosis and accurate two kinds of functions of identification of fingerprint.
First, above-mentioned touch-control electronic equipment is in holding state, after having people's fingerprint to touch on the first appointed area on the outside surface of described touch-control electronic equipment, piezoelectric sensor in described finger print detecting module processes by opto-electronic conversion and image the lines information of obtaining the fingerprint touching on described the first appointed area, and this lines information is sent to above-mentioned processor.Above-mentioned processor judges when whether above-mentioned lines information meets the peculiar patterned feature of storing in described storer, if so, determines it is that the user of above-mentioned touch-control electronic equipment touches above-mentioned the first appointed area, and the accurate identification of fingerprint is passed through; Otherwise, determine it is not that the user of above-mentioned touch-control electronic equipment touches above-mentioned the first appointed area, the accurate identification of fingerprint is not passed through, and above-mentioned touch-control electronic equipment is still in holding state, and flow process finishes.
Step 22, above-mentioned touch-control electronic equipment comprise at least two kinds of touch control manners, described touch control manner includes but not limited to electromagnetism touch control manner, capacitance touching control mode and resistance touch control manner, and described capacitance touching control mode comprises finger touch mode and capacitance pen touch control manner.Conventionally, the electromagnetism touch control manner in above-mentioned touch-control electronic equipment is opened always, and other touch control manner is closed.
Equipment state handover module is set in touch-control electronic equipment, and this equipment state handover module can switch above-mentioned touch-control electronic equipment between holding state and duty.
After the accurate identification of above-mentioned finger print detecting module is passed through, above-mentioned finger print detecting module sends identification by message to above-mentioned equipment state handover module, and the said equipment state handover module is converted to duty by above-mentioned touch-control electronic equipment from holding state.At this moment, above-mentioned touch-control electronic equipment is in electromagnetism touch control manner.
Step 23, the embodiment of the present invention arrange touch control manner handover module in touch-control electronic equipment, and this touch control manner handover module can switch the touch control manner of above-mentioned touch-control electronic equipment.
When the user of above-mentioned touch-control electronic equipment determines above-mentioned touch-control electronic equipment to switch to other touch control manners such as capacitance touching control mode from electromagnetism touch control manner, so the user of above-mentioned touch-control electronic equipment uses above-mentioned the first appointed area of finger touch.Piezoelectric sensor in above-mentioned finger print detecting module processes by opto-electronic conversion and image the lines information of obtaining the fingerprint touching on described the first appointed area, and this lines information is sent to above-mentioned processor.Above-mentioned processor judges after the general patterned feature of storing in storer described in above-mentioned lines information conforms, the fingerprint touch that described finger print detecting module defines people, on described the first appointed area, sends fingerprint detection signal to described touch control manner handover module.
Step 24, described touch control manner handover module receive after above-mentioned fingerprint detection signal, the touch control manner of the current application of described touch-control electronic equipment is switched to other touch control manner, such as, switch to capacitance sensing mode, be not related to simultaneously and close the electromagnetism touch control manner of stating touch-control electronic equipment.
Then, the user of above-mentioned touch-control electronic equipment can utilize the finger touch mode in above-mentioned capacitance touching control mode, the enterprising line operate of display screen with finger at above-mentioned touch-control electronic equipment.
Step 25, the second appointed area on the outside surface of touch-control electronic equipment arrange electromagnetic detection module, and this electromagnetic detection module comprises antenna plate and electromagnetic controller.Above-mentioned the second appointed area is positioned at the below of the display screen of above-mentioned touch-control electronic equipment.The side of above-mentioned the second appointed area is with representing that the symbol of electromagnetic induction or pattern indicate, such as indicating with time writer.
When the user of above-mentioned touch-control electronic equipment determines above-mentioned touch-control electronic equipment to switch to electromagnetism touch control manner from other touch control manners such as capacitance touching control modes, above-mentioned user moves to electromagnetic equipment (such as time writer) near above-mentioned the second appointed area, distance between above-mentioned electromagnetic equipment and above-mentioned the second appointed area is less than after the numerical value of setting, the antenna plate of described electromagnetic detection module detects the electromagnetic signal that above-mentioned electromagnetic equipment sends, this electromagnetic signal is sent to described electromagnetic controller, described electromagnetic controller calculates the intensity of described electromagnetic signal, when the intensity of described electromagnetic signal is greater than the numerical value of setting, described electromagnetic detection module sends electromagnetic detection signal to described touch control manner handover module.
Step 26, described touch control manner handover module receive after above-mentioned electromagnetic detection signal, and the touch control manner of described touch-control electronic equipment current application is switched to electromagnetism touch control manner, and close other touch control manner of described touch-control electronic equipment.
Then, the user of above-mentioned touch-control electronic equipment can utilize time writer at the enterprising line operate of display screen of above-mentioned touch-control electronic equipment.
In actual applications, in the storer of described finger print detecting module, can only store the general patterned feature on proprietary fingerprint, at this moment, above-mentioned finger print detecting module is only realized the fuzzy diagnosis function of fingerprint.
Embodiment tri-
This embodiment provides a kind of touch-control electronic equipment, and its illustrative view of functional configuration as shown in Figure 3, comprising:
Finger print detecting module 31, be arranged on the first appointed area on the outside surface of touch-control electronic equipment, after people's fingerprint being detected and touching on the first appointed area on the outside surface of described touch-control electronic equipment, to touch control manner handover module, send fingerprint detection signal.
Touch control manner administration module 35, for at least two kinds of touch control manners being set at described touch-control electronic equipment, described touch control manner includes but not limited to electromagnetism touch control manner, capacitance touching control mode and resistance touch control manner, and described capacitance touching control mode comprises finger touch mode and capacitance pen touch control manner.
Touch control manner handover module 34, for switching the touch control manner of described touch-control electronic equipment current application.
Further, described equipment also comprises:
Electromagnetic detection module 33, for being arranged on the second appointed area on the outside surface of touch-control electronic equipment, comprises antenna plate and electromagnetic controller; When there being the distance between electromagnetic equipment and described the second appointed area to be less than after the numerical value of setting, described antenna plate detects the electromagnetic signal that described electromagnetic equipment sends, this electromagnetic signal is sent to described electromagnetic controller, described electromagnetic controller calculates the intensity of described electromagnetic signal, when the intensity of described electromagnetic signal is greater than the numerical value of setting, to described touch control manner handover module, send electromagnetic detection signal.Described touch control manner handover module receives after described electromagnetic detection signal, and the touch control manner of described touch-control electronic equipment current application is switched to electromagnetism touch control manner, and closes other touch control manner of described touch-control electronic equipment.
Equipment state handover module 32, passes through, after message, described touch-control electronic equipment to be converted to duty from holding state for receiving the identification of finger print detecting module transmission.
Display screen 36.
The concrete function structure of a kind of above-mentioned finger print detecting module 31 that this embodiment provides as shown in Figure 4, comprise following module: piezoelectric sensor 41, processor 42 and storer 43, above-mentioned processor 42 comprises fingerprint fuzzy diagnosis module 421 and the accurate identification module 422 of fingerprint.
Storer 41, for having stored the user's of general patterned feature on people's fingerprint and touch-control electronic equipment peculiar patterned feature.
Piezoelectric sensor 43, after on the first appointed area on the outside surface of the described touch-control electronic equipment in working order of the fingerprint touch when there being a people, by opto-electronic conversion and image, process the lines information of obtaining the fingerprint touching on described the first appointed area, this lines information is sent to fingerprint fuzzy diagnosis module.When described touch-control electronic equipment is during in holding state, after having people's fingerprint to touch on the first appointed area on the outside surface of described touch-control electronic equipment, by opto-electronic conversion and image, process the lines information of obtaining the fingerprint touching on described the first appointed area, this lines information is sent to the accurate identification module of fingerprint.
Fingerprint fuzzy diagnosis module 421 in above-mentioned processor 42, when judging the described general patterned feature that storer is stored described in the lines information conforms that described piezoelectric sensor sends over, the fingerprint that defines people touches on described the first appointed area, to described touch control manner handover module, sends fingerprint detection signal.
The accurate identification module 422 of fingerprint in above-mentioned processor 42, for judging whether lines information that described piezoelectric sensor sends over meets the user's of the described touch-control electronic equipment that described storer stores peculiar patterned feature, if, the accurate identification of determining fingerprint is passed through, and sends identification pass through message to described equipment state handover module; Otherwise, determine that the accurate identification of fingerprint is not passed through, described touch-control electronic equipment is still in holding state.
With the device of the embodiment of the present invention, carry out detailed process and preceding method embodiment that the touch control manner of touch-control electronic equipment switches similar, repeat no more herein.
Those skilled in the art will be understood that the application type of above-mentioned electromagnetism touch control manner, capacitance touching control mode and resistance touch control manner is only for giving an example; other touch control manner types existing or that may occur are from now on as applicable to the embodiment of the present invention; also should be included in protection domain of the present invention, and with way of reference, be contained in this at this.
One of ordinary skill in the art will appreciate that: accompanying drawing is the schematic diagram of an embodiment, the module in accompanying drawing or flow process might not be that enforcement the present invention is necessary.
One of ordinary skill in the art will appreciate that: the module in the equipment in embodiment can be described and be distributed in the equipment of embodiment according to embodiment, also can carry out respective change and be arranged in the one or more equipment that are different from the present embodiment.The module of above-described embodiment can be merged into a module, also can further split into a plurality of submodules.
In sum, the embodiment of the present invention by arranging finger print detecting module in touch-control electronic equipment, general patterned feature on this finger print detecting module storage people's fingerprint, has realized and has utilized fingerprint touch that touch-control electronic equipment is switched easily and efficiently between various touch control manners.
The embodiment of the present invention has realized when touch-control electronic equipment is used electromagnetism touch control manner, touch-control electronic device just will be opened a kind of touch control manner, solve the interference between electromagnetism touch-control and other touch control manner, reduced the power consumption of multi-mode touch-control input, strengthened the flying power of battery.After time writer is lost, still do not hinder the use of other touch control manner, and can guarantee that user uses the security of electronic product, effectively improve man-machine interaction convenience and user's experience sense simultaneously.
The embodiment of the present invention is simple and practical, need not be as the apple area recognition that in order to prevent false triggering must add opponent touch the same as N-trig patent, large-area palm is ignored, and fingerprint is that finger is distinctive, other position touch panels of hand can not cause any false triggering.Fuzzy fingerprint recognition in the embodiment of the present invention is different from identification application and needs a large amount of storage spaces and complicated recognizer, only as long as according to rough lines on the fingerprint skin of finger, identify it for finger print, simple and quick.
The above; be only the present invention's embodiment preferably, but protection scope of the present invention is not limited to this, is anyly familiar with in technical scope that those skilled in the art disclose in the present invention; the variation that can expect easily or replacement, within all should being encompassed in protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of claim.
Claims (11)
1. a touch control manner changing method for touch-control electronic equipment, is characterized in that, comprising:
In touch-control electronic equipment, finger print detecting module is set, described touch-control electronic equipment comprises at least two kinds of touch control manners;
After fingerprint that described finger print detecting module detects people touches on the first appointed area on the outside surface of described touch-control electronic equipment, the touch control manner of described touch-control electronic equipment current application is switched.
2. the touch control manner changing method of touch-control electronic equipment according to claim 1, it is characterized in that, the first described appointed area is the appointed area on the shell of the touch-control electronic equipment outside the display screen of described touch-control electronic equipment, or is a certain appointed area on the display screen of described touch-control electronic equipment; Described the first appointed area is with representing that the symbol of finger touch or pattern indicate.
3. the touch control manner changing method of touch-control electronic equipment according to claim 1, it is characterized in that, described touch control manner comprises electromagnetism touch control manner, capacitance touching control mode and resistance touch control manner, and described capacitance touching control mode comprises finger touch mode and capacitance pen touch control manner.
4. the touch control manner changing method of touch-control electronic equipment according to claim 1, it is characterized in that, it is described after described finger print detecting module detects fingerprint and touches on the appointed area of described touch-control electronic equipment, the touch control manner of described touch-control electronic equipment current application is switched, comprising:
Touch control manner handover module is set in touch-control electronic equipment;
Described finger print detecting module comprises storer, piezoelectric sensor and processor, in this storer, stored the general patterned feature on people's fingerprint, after having people's fingerprint to touch on the first appointed area on the outside surface of described touch-control electronic equipment in working order, described piezoelectric sensor processes by opto-electronic conversion and image the lines information of obtaining the fingerprint touching on described the first appointed area, when described processor judges the described general patterned feature of storing in storer described in described lines information conforms, the fingerprint touch that described finger print detecting module defines people is on described the first appointed area, to described touch control manner handover module, send fingerprint detection signal,
Described touch control manner handover module switches the touch control manner of described touch-control electronic equipment current application.
5. the touch control manner changing method of touch-control electronic equipment according to claim 3, is characterized in that, described method also comprises:
In the second appointed area on the outside surface of touch-control electronic equipment, electromagnetic detection module is set, described electromagnetic detection module comprises antenna plate and electromagnetic controller;
When there being the distance between electromagnetic equipment and described the second appointed area to be less than after the numerical value of setting, antenna plate in described electromagnetic detection module detects the electromagnetic signal that described electromagnetic equipment sends, this electromagnetic signal is sent to described electromagnetic controller, described electromagnetic controller calculates the intensity of described electromagnetic signal, when the intensity of described electromagnetic signal is greater than the numerical value of setting, described electromagnetic detection module sends electromagnetic detection signal to described touch control manner handover module;
Described touch control manner handover module switches to electromagnetism touch control manner by the touch control manner of described touch-control electronic equipment current application, and closes other touch control manner of described touch-control electronic equipment.
6. according to the touch control manner changing method of the touch-control electronic equipment described in claim 1 to 5 any one, it is characterized in that, described method also comprises:
Equipment state handover module is set in touch-control electronic equipment;
When described touch-control electronic equipment is during in holding state, after having people's fingerprint to touch on the first appointed area on the outside surface of described touch-control electronic equipment, piezoelectric sensor in described finger print detecting module processes by opto-electronic conversion and image the lines information of obtaining the fingerprint touching on described the first appointed area, and this lines information is sent to described processor;
Described processor judges when whether described lines information meets user's the peculiar patterned feature of the described touch-control electronic equipment of storing in described storer, if, described finger print detecting module determines that the accurate identification of fingerprint passes through, to described equipment state handover module, send identification by message, described equipment state handover module is converted to duty by described touch-control electronic equipment from holding state; Otherwise, determine that the accurate identification of fingerprint is not passed through, described touch-control electronic equipment is still in holding state.
7. a touch-control electronic equipment, is characterized in that, comprising:
Finger print detecting module, be arranged on the first appointed area on the outside surface of touch-control electronic equipment, after people's fingerprint being detected and touching on the first appointed area on the outside surface of described touch-control electronic equipment, to touch control manner handover module, send fingerprint detection signal;
Touch control manner administration module, for arranging at least two kinds of touch control manners at described touch-control electronic equipment;
Touch control manner handover module, for receiving after the fingerprint detection signal that described finger print detecting module sends over, switches the touch control manner of described touch-control electronic equipment current application.
8. touch-control electronic equipment according to claim 7, is characterized in that, described equipment also comprises: electromagnetic detection module,
Described electromagnetic detection module, for being arranged on the second appointed area on the outside surface of touch-control electronic equipment, comprises antenna plate and electromagnetic controller; When there being the distance between electromagnetic equipment and described the second appointed area to be less than after the numerical value of setting, described antenna plate detects the electromagnetic signal that described electromagnetic equipment sends, this electromagnetic signal is sent to described electromagnetic controller, described electromagnetic controller calculates the intensity of described electromagnetic signal, when the intensity of described electromagnetic signal is greater than the numerical value of setting, to described touch control manner handover module, send electromagnetic detection signal;
Described touch control manner handover module, also for receiving after the electromagnetic detection signal that described electromagnetic detection module sends over, the touch control manner of described touch-control electronic equipment current application is switched to electromagnetism touch control manner, and close other touch control manner of described touch-control electronic equipment.
9. touch-control electronic equipment according to claim 7, is characterized in that, described equipment also comprises display screen.
10. according to the touch-control electronic equipment described in claim 7 or 8 or 9, it is characterized in that, described finger print detecting module comprises: piezoelectric sensor, processor and storer, and described processor comprises fingerprint fuzzy diagnosis module and the accurate identification module of fingerprint;
Described storer, for having stored the user's of general patterned feature on people's fingerprint and touch-control electronic equipment peculiar patterned feature;
Described piezoelectric sensor, after on the first appointed area on the outside surface of the described touch-control electronic equipment in working order of the fingerprint touch when there being a people, by opto-electronic conversion and image, process the lines information of obtaining the fingerprint touching on described the first appointed area, this lines information is sent to described fingerprint fuzzy diagnosis module; When described touch-control electronic equipment is during in holding state, after having people's fingerprint to touch on the first appointed area on the outside surface of described touch-control electronic equipment, by opto-electronic conversion and image, process the lines information of obtaining the fingerprint touching on described the first appointed area, this lines information is sent to the accurate identification module of described fingerprint;
Fingerprint fuzzy diagnosis module in described processor, when judging the described general patterned feature that storer is stored described in the lines information conforms that described piezoelectric sensor sends over, the fingerprint that defines people touches on described the first appointed area, to described touch control manner handover module, sends fingerprint detection signal;
The accurate identification module of fingerprint in described processor, for judging whether lines information that described piezoelectric sensor sends over meets the user's of the described touch-control electronic equipment that described storer stores peculiar patterned feature, if, the accurate identification of determining fingerprint is passed through, and sends identification pass through message to equipment state handover module; Otherwise, determine that the accurate identification of fingerprint is not passed through, described touch-control electronic equipment is still in holding state.
11. touch-control electronic equipment according to claim 10, is characterized in that, described equipment also comprises:
Equipment state handover module, passes through, after message, described touch-control electronic equipment to be converted to duty from holding state for receiving the identification of described finger print detecting module transmission.
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| CN201310167140.3A CN104142742B (en) | 2013-05-08 | 2013-05-08 | The touch control manner switching method of touch-controlled electronic devices and touch-controlled electronic devices |
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| CN201310167140.3A CN104142742B (en) | 2013-05-08 | 2013-05-08 | The touch control manner switching method of touch-controlled electronic devices and touch-controlled electronic devices |
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| CN104615319A (en) * | 2015-01-26 | 2015-05-13 | 上海天奕达电子科技有限公司 | Method and terminal equipment for controlling priority of touch screen |
| CN105550640A (en) * | 2015-12-07 | 2016-05-04 | 联想(北京)有限公司 | Information processing method and electronic equipment |
| WO2017117762A1 (en) * | 2016-01-06 | 2017-07-13 | 华为技术有限公司 | Fingerprint recognition method and electronic device |
| CN114415929A (en) * | 2022-01-24 | 2022-04-29 | 维沃移动通信有限公司 | Control method and device of electronic equipment, electronic equipment and readable storage medium |
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| CN105550640B (en) * | 2015-12-07 | 2019-07-26 | 联想(北京)有限公司 | A kind of information processing method and electronic equipment |
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| CN104142742B (en) | 2017-12-19 |
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