CN102902402B - Electronic device, electronic equipment and method for distinguishing surfaces of electronic device - Google Patents
Electronic device, electronic equipment and method for distinguishing surfaces of electronic device Download PDFInfo
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- CN102902402B CN102902402B CN201210227031.1A CN201210227031A CN102902402B CN 102902402 B CN102902402 B CN 102902402B CN 201210227031 A CN201210227031 A CN 201210227031A CN 102902402 B CN102902402 B CN 102902402B
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Abstract
The invention provides an electronic device, electronic equipment used with the electronic device and a method for distinguishing surfaces of the electronic device. The electronic device comprises a shell and a good conductor block. The shell is provided with N touch surfaces, each touch surface is provided with electro-conductive rubber, and the good conductor block is positioned in the shell and connected with the N touch surfaces through N leads respectively, wherein N refers to a natural number, and the N touch surfaces have different N coding messages, so that the N touch surfaces are distinguished according to the N coding messages respectively. In each embodiment, the good conductor is arranged in the electronic device and is connected with the electro-conductive rubber on the surfaces through the leads, contact surfaces of the electronic device with the electronic equipment can be distinguished accurately without decreasing the size of the electronic device, and accordingly use experience of a user is improved.
Description
Technical field
The present invention relates to electronic applications, more specifically, relate to a kind of electronic installation, electronic equipment and the method for the surface that distinguishes electronic installation.
Background technology
Along with the development of electronic technology, there is various types of electronic equipment, such as flat computer, game machine, intelligent communications terminal, personal digital assistant etc.Such as, the electronic equipment (such as, flat computer) with giant-screen can be utilized to carry out the mutual game of many people (such as table trip), and this flat computer has touch-screen usually, this more improves Consumer's Experience when utilizing electronic equipment to carry out amusement.
When utilizing existing electronic equipment to play, in order to increase the experience sense of game, and be different from traditional game mode, expect to provide a kind of can with the described electronic equipment with touch-screen with the use of electronic installation.Particularly, there is described in contacting when the different surfaces of this electronic installation the electronic equipment of touch-screen, can judge which surface of described electronic installation contacts with the described electronic equipment with touch-screen, described electronic equipment carries out different responses on the touchscreen, thus promotes the experience of user.
There is the solution utilizing different technologies, but there is different technical matterss in these schemes and hinder and use described electronic installation ordinatedly with the electronic equipment with touch-screen.When utilizing gravity sensor to realize described electronic installation, the downward gravity direction identified with described gravity sensor determines the position that electronic installation contacts with electronic equipment or surface as a reference, but the battery power consumption of the program is large and its cost is high.When utilizing near-field communication technology to realize described electronic installation, by electronic installation each on the surface additional electron label determine the surface that electronic installation contacts with electronic equipment, the accurate identification on each surface needs described electronic installation to have larger volume, but its large volume can cause greater impact to the screen of described electronic equipment, reduces the experience of user.When using conductive rubber to realize described electronic installation, determine which surface of electronic installation contacts with electronic equipment by the conductive rubber pattern of the different piece of electronic installation, but the accurate identification of conductive rubber pattern needs described electronic installation to have sizable volume, this can cause greater impact to the screen of described electronic equipment equally, reduces the experience of user.
Therefore, when using ordinatedly in the process of electronic installation with the electronic equipment with touch-screen, while being desirably in the surface in contact accurately identifying electronic installation and electronic equipment, the volume of described electronic installation can being reduced, and reduce its power consumption.
Summary of the invention
Embodiments provide a kind of electronic installation, electronic equipment and distinguish the method on surface of electronic installation, it, while the surface in contact accurately identifying electronic installation and electronic equipment, can reduce the volume of described electronic installation to promote Consumer's Experience.
On the one hand, provide a kind of electronic installation, comprising: housing, have N number of touch-control surface, each touch-control surface has conductive rubber, and wherein N is natural number; Good conductor block, is positioned at described housing, is connected respectively by N bar wire with described N number of touch-control surface; Wherein, described N number of touch-control surface has N number of coded message different from each other, makes to distinguish described N number of touch-control surface respectively according to described N number of coded message.
Preferably, described N number of coded message can be produced by the N number of conductive rubber pattern different from each other in described N number of touch-control surface.
Preferably, every bar wire in described N bar wire can be the controlled wire of break-make, described electronic installation also comprises: controller, be positioned at described housing, for controlling the difference make-break operation of described N bar wire with N kind control mode different from each other, described N number of touch-control surface is made to have N number of coded message different from each other.
Preferably, described N kind control mode different from each other can be produced according to the break-make frequency of wire and/or make-and-break time.
Preferably, the every bar wire in described N bar wire can be the controlled wire of break-make, and described electronic installation also can comprise: sensor, is positioned at described housing, for responding to the vibration of described electronic installation on another equipment, and produces vibration information; Controller, is positioned at described housing, for receiving described vibration information, and controls conducting and the disconnection of the every bar wire in described N bar wire according to described vibration information.
Preferably, described vibration information can comprise the vibration ending message of electronic installation, described controller can when receiving described vibration ending message every bar wire described in conducting, receive the schedule time after described vibration ending message place disconnect described every bar wire.
Preferably, described controller after the every bar wire of conducting, can control the difference make-break operation of described N bar wire with N kind control mode different from each other, make described N number of touch-control surface have described N number of coded message different from each other.
On the other hand, provide a kind of electronic equipment with touch-screen, comprising: detecting unit, whether contact with the touch-control surface of aforesaid electronic installation for detecting described touch-screen, and produce a testing result; Acquiring unit, for indicating after described touch-screen contacts with the touch-control surface of described electronic installation in described testing result, obtains the coded message of the touch-control surface contacted with touch-screen; And recognition unit, for identifying the described touch-control surface contacted with touch-screen according to obtained coded message.
Preferably, described electronic equipment also can comprise: infer unit, for inferring touch-control surface opposing with identified touch-control surface on described electronic installation according to the identified touch-control surface contacted with touch-screen; And wherein, described electronic equipment shows the display information corresponding with inferred touch-control surface on the touchscreen.
Preferably, described touch-screen can be capacitive touch screen.
On the other hand, provide a kind of method of the surface for distinguishing electronic installation, described electronic installation comprises: housing, has N number of touch-control surface, and each touch-control surface has conductive rubber, and wherein N is natural number; With good conductor block, be positioned at described housing, be connected with described N number of touch-control surface respectively by N bar wire, described method can comprise: for described N number of touch-control surface provides N number of coded message different from each other; Described N number of touch-control surface is distinguished respectively with according to described N number of coded message.
Whether on the other hand, provide a kind of recognition methods, for having the electronic equipment of touch-screen, described recognition methods can comprise: detect described touch-screen and contact with the touch-control surface of aforesaid electronic installation, and produce a testing result; Indicate after described touch-screen contacts with the touch-control surface of described electronic installation in described testing result, obtain the coded message of the touch-control surface contacted with touch-screen; And identify the described touch-control surface contacted with touch-screen according to obtained coded message.
In the above-mentioned electronic installation of the embodiment of the present invention, electronic equipment, the method distinguishing the surface of electronic installation and recognition methods, by arranging good conductor block and connect the conductive rubber on described good conductor block and each surface via wire in described electronic installation, accurately can identify the surface in contact of electronic installation and electronic equipment when reducing the volume of electronic installation, thus improve the experience of user.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the embodiment of the present invention, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 be a diagram that the schematic diagram of electronic installation and the electronic equipment being fitted to each other and using;
Fig. 2 be a diagram that the schematic diagram of the structure of the electronic installation according to the embodiment of the present invention;
Fig. 3 be a diagram that the schematic diagram with the structure of the electronic equipment of touch-screen according to the embodiment of the present invention;
Fig. 4 be a diagram that the process flow diagram of the method on the surface for distinguishing electronic installation according to the embodiment of the present invention;
Fig. 5 be a diagram that according to another embodiment of the present invention for distinguishing the process flow diagram of the method on the surface of electronic installation;
Fig. 6 be a diagram that the process flow diagram of the recognition methods of the electronic equipment for having touch-screen according to the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.
Fig. 1 be a diagram that the schematic diagram of electronic installation and the electronic equipment being fitted to each other and using.In FIG, described electronic installation is the regular hexahedron of small volume, and described electronic equipment is the rectangular parallelepiped with touch-screen.Described electronic installation vibrates also finally static after being thrown down at random on described electronic equipment, and which surface of described electronic equipment identification electronic installation is in contact with it, and shows corresponding information on the touchscreen according to contacted surface.Described touch-screen can be the touch-screen adopting various technology, is described below for capacitive touch screen (hereinafter, referred to capacitance plate).
In concrete application, described electronic installation can be electronic dice, or any other needs the device distinguishing its surface; The described electronic equipment with touch-screen can be such as flat computer, intelligent communications terminal etc., and the embody rule scene of the two is not construed as limiting the invention.Furthermore, it is noted that the shape of described electronic installation is not limited to regular hexahedron, it can also be octahedron, tetrahedron etc.
Below in conjunction with Fig. 2, the electronic equipment according to the embodiment of the present invention is described.
Fig. 2 be a diagram that the schematic diagram of the structure of the electronic installation 200 according to the embodiment of the present invention.
Electronic installation 200 comprises: housing 210, have N number of touch-control surface Sn (n=1 ..., N), each touch-control surface has conductive rubber, and wherein N is natural number; Good conductor block 220, be positioned at described housing 210, by N bar wire Ln (n=1 ..., N) be connected with described N number of touch-control surface respectively, wherein, described N number of touch-control surface have N number of coded message Cn different from each other (n=1 ..., N), make to distinguish described N number of touch-control surface Sn respectively according to described N number of coded message.
In an embodiment of the present invention, between described touch-control surface Sn, wire Ln and coded message Cn, there is relation one to one.Such as, touch-control surface S1 is connected to good conductor block 220 by wire L1, and this touch-control surface S1 has coded message C1; Touch-control surface S2 is connected to good conductor block 220 by wire L2, and this touch-control surface S2 has coded message C2, by that analogy.In fig. 2, in order to simplify, illustrate only a touch-control surface Sn is connected to good conductor block 220 situation by wire Ln.
In fig. 2, described housing 210 is illustrated as regular hexahedron, its can have 6 touch-control surface Sn (n=1 ..., 6), each touch-control surface has conductive rubber.This touch-control surface Sn is the surface can in the surface of housing with touch information.Therefore, if the part surface of this housing does not such as have touch information when contacting with capacitance plate, the number of this touch-control surface is less than 6.The number of described touch-control surface can according to the change such as game rule, hull shape.
Described N number of touch-control surface have N number of coded message Cn different from each other (n=1 ..., N), make to distinguish described N number of touch-control surface Sn respectively according to described N number of coded message.The conductive rubber be positioned in each touch-control surface forms good electric conductivity with wire together with good conductor, the coded message in this specific touch-control surface is sent to electronic equipment when specific touch-control surface contacts described capacitance plate.In addition, described conductive rubber also can reduce the impulsive force of described electronic installation when contacting described electronic equipment.
Described good conductor block 220 such as can be positioned at the central authorities of described housing 210, and its position can adjust according to the weight etc. of housing parts.This good conductor block 220 by N bar wire Ln (n=1 ..., N) correspondingly with described N number of touch-control surface respectively to connect.
Shown in Fig. 2 according in the electronic installation of the embodiment of the present invention, place in the housing and conduct electricity very well and the large good conductor of density, and be connected with touch-control surface by wire, this makes touch-control surface have good electric conductivity when having less conductive rubber, thus touch-control surface with the use of the capacitance plate of electronic equipment contact time form touch-control and react, thus the coded message in touch-control surface is sent to electronic equipment.Therefore, by arranging good conductor block and connect the conductive rubber on described good conductor block and each surface via wire in described electronic installation, accurately can identify the surface in contact of electronic installation and electronic equipment when reducing the volume of electronic installation, thus improve the experience of user.
The example forming coded message in described touch-control surface is described below.
As the first example forming coded message in described touch-control surface, described N number of coded message can be produced by the N number of conductive rubber pattern different from each other in described N number of touch-control surface.Such as, can to count by the difference on conductive rubber and/or shape carrys out presentation code information.Conductive rubber pattern is that the touch-control surface S1 of a round dot has coded message C1, and conductive rubber pattern is that the touch-control surface S2 of two round dots has coded message C2, by that analogy.In addition, conductive rubber pattern is that circular touch-control surface S1 has coded message C1, and conductive rubber pattern is that leg-of-mutton touch-control surface S2 has coded message C2, and conductive rubber pattern is that foursquare touch-control surface S3 has coded message C3, etc.Also usage quantity and shape different coded messages can be formed in combination.Therefore, when the specific touch-control surface of electronic installation contacts the capacitance plate of described electronic equipment, the particular conductivity rubber pattern of capacitance plate to this specific touch-control surface presents the reaction of specific touch-control, thus knows that the coded message of the touch-control surface be in contact with it is to identify this touch-control surface.
As the second example forming coded message in described touch-control surface, such as the every bar wire in the described N bar wire in electronic installation arranges a switch (not shown in Fig. 2), thus the every bar wire in the described N bar wire in electronic installation is set to the controlled wire of break-make, and arrange in the housing of described electronic installation shown in the dotted line frame in controller 230(Fig. 2).Described controller 230, for controlling the difference make-break operation of described N bar wire with N kind control mode different from each other, makes described N number of touch-control surface have N number of coded message different from each other.Such as, described N kind control mode different from each other can be produced according to the break-make frequency of wire and/or make-and-break time.Particularly, described controller 230 pilot L1 carries out make-break operation with the break-make frequency of 10Hz, to produce coded message C1 on the touch-control surface S1 be connected with wire L1; Pilot L2 carries out make-break operation with the break-make frequency of 15Hz, to produce coded message C2 on the touch-control surface S2 be connected with wire L2, etc.Equally, described controller 230 can also control each bar wire and has different conducting (or disconnection) time, to form different coded messages in each touch-control surface corresponding from each bar wire.In this second example, each bar wire carries out make-break operation according to certain rule, is not be in conducting state always, thus can saves the power consumption of described electronic installation.
In addition, the power consumption that following mode is come into the described electronic installation of a saving can also be adopted.As previously mentioned, usually, electronic installation only needs to produce corresponding coded message when stablizing contact with capacitance plate in each touch-control surface., can arrange in described electronic installation shown in the dotted line frame in sensor 240(Fig. 2 for this reason) identify that the vibration of described electronic installation starts and terminates, and utilize controller 230 to control the break-make of each bar wire.For the break-make of wire, can a switch be arranged realize for every bar wire correspondingly as previously mentioned.Be specifically described below.
Every bar wire in described N bar wire is the controlled wire of break-make, described electronic installation 200 also can comprise: sensor 240, is positioned at described housing, for responding to described electronic installation at another equipment (such as, capacitance plate on electronic equipment) on vibration, and produce vibration information; Controller 230, is positioned at described housing, for receiving described vibration information, and controls conducting and the disconnection of the every bar wire in described N bar wire according to described vibration information.Further, described vibration information can comprise the vibration ending message of electronic installation, described controller 230 can when receiving described vibration ending message every bar wire described in conducting.
When receiving described vibration ending message, the specific touch-control surface of electronic installation 200 stably contacts with capacitance plate, the wire conducting of this specific touch-control surface of connection and good conductor block 220 can be made, the scheme in above-mentioned first example or the second example can be utilized to form coded message in described touch-control surface.For the second example, described controller 230 is after the every bar wire of conducting, the difference make-break operation of described N bar wire is controlled with N kind control mode different from each other, make described N number of touch-control surface have described N number of coded message different from each other, thus utilize the coded message in the touch-control surface that contacts with capacitance plate to distinguish the touch-control surface contacted with capacitance plate.
In addition, controller 230 receiving the schedule time after described vibration ending message (such as, 5 seconds) place's (now having distinguished the touch-control surface stablized with capacitance plate and contact), can also disconnect described every bar wire, to save power consumption further.
In the electronic installation 200 that composition graphs 2 describes above, by arranging good conductor block and connect the conductive rubber on described good conductor block and each surface via wire in described electronic installation, accurately can identify the surface in contact of electronic installation and electronic equipment when reducing the volume of electronic installation, thus improve the experience of user.In addition, by utilizing the make-break operation of wire to produce coded message in touch-control surface, the vibration information produced by utilizing sensor controls described electronic installation to be started and/or terminates to transmit coded message, can save power consumption.
Fig. 3 be a diagram that the schematic diagram of the structure of the electronic equipment 300 with touch-screen according to the embodiment of the present invention.This electronic equipment 300 is for using ordinatedly with the electronic installation 200 in Fig. 2.
Whether the described electronic equipment 300 with touch-screen can comprise: detecting unit 310, contact, and produce a testing result for detecting described touch-screen with the touch-control surface of the electronic installation any one of claim 1 to 7; Acquiring unit 320, for indicating after described touch-screen contacts with the touch-control surface of described electronic installation in described testing result, obtains the coded message of the touch-control surface contacted with touch-screen; And recognition unit 330, for identifying the described touch-control surface contacted with touch-screen according to obtained coded message.
As previously mentioned, when each bar wire in electronic installation 200 disconnects, the electric conductivity of the conductive rubber on each surface is weak, and described detecting unit 310 cannot detect the touch-control surface of electronic installation and the contact of described touch-screen; When each bar wire conducting in electronic installation 200, the conductive rubber on each surface connects described good conductor block thus has strong electric conductivity, makes described detecting unit 310 touch-control surface of electronic installation and the contact of described touch-screen can be detected.According to this principle, whether detecting unit 310 can detect described touch-screen and contact with the touch-control surface of the electronic installation any one of claim 1 to 7, and produces a testing result.
Indicate after described touch-screen contacts with the touch-control surface of described electronic installation in described testing result, acquiring unit 320 can obtain the coded message of the touch-control surface contacted with touch-screen.As previously mentioned, described coded message can be produced by the conductive rubber pattern in the touch-control surface that contacts with touch-screen, also can be produced by the make-break operation of each bar wire.
Described recognition unit 330 can identify the described touch-control surface contacted with touch-screen according to obtained coded message.As the realization example of recognition unit 330, each coded message and each touch-control surface corresponding relation can be stored in the form of a lookup table in advance, thus described recognition unit 330 can after the coded message obtained, determine the touch-control surface corresponding with obtained coded message based on described look-up table, thus identify which touch-control surface of electronic installation contacts with touch-screen.
In addition, according to the needs of the game item utilizing described electronic installation 200 and electronic equipment 300 to carry out, described electronic equipment 300 can also comprise infers that unit 340(as shown by the dotted line in fig. 3).Such as, when described electronic installation 200 is as dice, described deduction unit 340 can infer touch-control surface opposing with identified touch-control surface on described electronic installation according to the identified touch-control surface contacted with touch-screen, thus in the touch screen display of the described electronic equipment display information corresponding with inferred touch-control surface, the throwing position of such as dice, throw numeral, information etc. with this throwing digital correlation.As previously mentioned, described touch-screen can be capacitive touch screen.
Utilize good conductor block to increase the electronic installation of electric conductivity according to an embodiment of the invention and there is less volume, thus the electronic equipment of touch-screen that can be little with Area comparison well with the use of.In addition, when the transmission utilizing sensor to carry out control coding information in an electronic start and/or at the end of, the working time of the unit (such as, detecting unit) in electronic equipment 300 according to an embodiment of the invention may be reduced, thus save the power consumption of electronic equipment 300.
Fig. 4 be a diagram that the process flow diagram of the method 400 on the surface for distinguishing electronic installation according to the embodiment of the present invention.Described electronic installation can comprise: housing, has N number of touch-control surface, and each touch-control surface has conductive rubber, and wherein N is natural number; With good conductor block, be positioned at described housing, be connected with described N number of touch-control surface respectively (there is between described touch-control surface and wire relation one to one) by N bar wire.About the description that the concrete structure of this electronic installation can carry out see Fig. 2 and composition graphs 2.
Described method 400 comprises: for described N number of touch-control surface Sn provides N number of coded message Cn different from each other, wherein n=1 ..., N (410); Described N number of touch-control surface (420) is distinguished respectively with according to described N number of coded message.There is between described touch-control surface Sn and coded message Cn relation one to one.Because the conductive rubber in each touch-control surface and wire form good electric conductivity together with good conductor, so the coded message in this specific touch-control surface can be sent to electronic equipment when specific touch-control surface contacts described capacitance plate.
As the example of step 410, describedly N number of coded message (410) different from each other is provided to comprise for described N number of touch-control surface: for described N number of touch-control surface provides N number of conductive rubber pattern different from each other; Utilize described N number of conductive rubber pattern to produce described N number of coded message.Alternatively, every bar wire in described N bar wire can also be set to the controlled wire of break-make, in the housing of described electronic installation, controller is set, by following step for described N number of touch-control surface provides N number of coded message different from each other: described controller controls the difference make-break operation of described N bar wire with N kind control mode different from each other, to produce N kind break-make information different from each other; Described N number of coded message is produced according to described N kind break-make information.Described N kind control mode different from each other produces according to the break-make frequency of wire and/or make-and-break time.Concrete operations about this step 410 can see the first example and the second example that form coded message in described touch-control surface above.
When the specific touch-control surface of electronic installation contacts the capacitance plate of described electronic equipment, the specific break-make mode of capacitance plate to the particular conductivity rubber pattern of this specific touch-control surface or wire presents the reaction of specific touch-control, thus knows that the coded message of the touch-control surface be in contact with it is to identify this touch-control surface.
Therefore, connect described good conductor block via wire and in the conductive rubber on each surface, form satisfactory electrical conductivity, accurately can identify the surface in contact of electronic installation and electronic equipment when reducing the volume of electronic installation, thus improve the experience of user.
In addition, by controlling, can also make only just to produce corresponding coded message in each touch-control surface when stablizing contact with capacitance plate, saving the power consumption of described electronic installation.Exemplarily, every bar wire in described N bar wire can be set to the controlled wire of break-make, sensor is set in the described housing of described electronic installation, and senses the vibration of described electronic installation on another equipment by described sensor, and produce vibration information; Conducting and the disconnection of the every bar wire in described N bar wire is controlled according to described vibration information; And after every bar wire conducting in described N bar wire, performing describedly provides the step of N number of coded message (410) different from each other for described N number of touch-control surface.
In addition, described vibration information can comprise the vibration ending message of electronic installation, describedly controls the conducting of the every bar wire in described N bar wire according to vibration information and disconnection comprises: every bar wire described in conducting when producing described vibration ending message; And the schedule time place after the described vibration ending message of generation disconnects described every bar wire.
Fig. 5 be a diagram that according to another embodiment of the present invention for distinguishing the process flow diagram of the method 500 on the surface of electronic installation.The method 500 on the described surface for distinguishing electronic installation can comprise: sense the vibration of described electronic installation on another equipment by described sensor, and produces vibration ending message (501); Every bar wire (502) described in conducting when producing described vibration ending message; For described N number of touch-control surface provides N number of coded message (510) (corresponding to 410 in Fig. 4) different from each other; With distinguish described N number of touch-control surface (520) (corresponding to 420 in Fig. 4) respectively according to described N number of coded message; And the schedule time place after the described vibration ending message of generation disconnects described every bar wire (503).Described step 501,502,503 is for reducing the power consumption of electronic installation further.Note, in the process of the method 500 on the described surface for distinguishing electronic installation, only can comprise step 501,502 and do not comprise step 503, also only can comprise step 501 and 503 and do not comprise step 502, can arrange flexibly as required in practice.In addition, provide in N number of coded message (510) different from each other described for described N number of touch-control surface, the difference make-break operation of described N bar wire can be controlled with N kind control mode different from each other, to produce N kind break-make information different from each other; Produce described N number of coded message according to described N kind break-make information, thus save the power consumption of electronic installation further.
Above composition graphs 5 describe the surface for distinguishing electronic installation method in, not only can reduce the volume of electronic installation to improve the experience of user, described electronic installation can also be controlled start and/or terminate to transmit coded message by the vibration information utilizing sensor to produce, thus save power consumption.
Fig. 6 be a diagram that the process flow diagram of the recognition methods 600 of the electronic equipment for having touch-screen according to the embodiment of the present invention.Whether this recognition methods 600 for having the electronic equipment of touch-screen, and comprises: detect described touch-screen and contact with the touch-control surface of electronic installation illustrated in Fig. 2, and produce a testing result (610); Indicate after described touch-screen contacts with the touch-control surface of described electronic installation in described testing result, obtain the coded message (620) of the touch-control surface contacted with touch-screen; And identify the described touch-control surface (630) contacted with touch-screen according to obtained coded message.
Alternatively, according to the needs of the game item utilizing described electronic installation 200 and electronic equipment 300 to carry out, described recognition methods 600 also can comprise: infer touch-control surface (640) opposing with identified touch-control surface on described electronic installation according to the identified touch-control surface contacted with touch-screen; And in the described touch screen display display information (650) corresponding with inferred touch-control surface, as shown in the dashed rectangle in Fig. 6.Described display information be such as electronic installation throwing position, throw numeral, with the information etc. of this throwing digital correlation.
In 601, such as, when each bar wire conducting of electronic installation, detect that described touch-screen contacts (now the electric conductivity of electronic installation is strong) with the touch-control surface of electronic installation illustrated in Fig. 2.In 602, the coded message of the touch-control surface contacted with touch-screen obtained can be produced by the conductive rubber pattern in the touch-control surface that contacts with touch-screen, also can be produced by the make-break operation of each bar wire.In 603, can with reference to look-up table or other preset rules based on the touch-control surface contacted with touch-screen described in obtained coded message identification.
About the description that the further feature of this recognition methods 600 can carry out see composition graphs 3 above.
Those of ordinary skill in the art can recognize, in conjunction with unit and the step of each example of embodiment disclosed herein description, can realize with the combination of electronic hardware or computer software and electronic hardware.These functions perform with hardware or software mode actually, depend on application-specific and the design constraint of technical scheme.Professional and technical personnel can use distinct methods to realize described function to each specifically should being used for, but this realization should not thought and exceeds scope of the present invention.
In the embodiment that the application provides, should be understood that, disclosed apparatus and method, can realize by another way.Such as, device embodiment described above is only schematic, and actual can have other mode when realizing.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should described be as the criterion with the protection domain of claim.
Claims (20)
1. an electronic installation, comprising:
Housing, has N number of touch-control surface, and each touch-control surface has conductive rubber, and wherein N is natural number;
Good conductor block, is positioned at described housing, is connected respectively by N bar wire with described N number of touch-control surface;
Wherein, described N number of touch-control surface has N number of coded message different from each other, makes to distinguish described N number of touch-control surface respectively according to described N number of coded message.
2. electronic installation according to claim 1, wherein, described N number of coded message is produced by the N number of conductive rubber pattern different from each other in described N number of touch-control surface.
3. electronic installation according to claim 1, wherein, the every bar wire in described N bar wire is the controlled wire of break-make, and described electronic installation also comprises:
Controller, is positioned at described housing, for controlling the difference make-break operation of described N bar wire with N kind control mode different from each other, makes described N number of touch-control surface have N number of coded message different from each other.
4. electronic installation according to claim 3, wherein, produces described N kind control mode different from each other according to the break-make frequency of wire and/or make-and-break time.
5. electronic installation according to claim 1, wherein, the every bar wire in described N bar wire is the controlled wire of break-make, and described electronic installation also comprises:
Sensor, is positioned at described housing, for responding to the vibration of described electronic installation on another equipment, and produces vibration information;
Controller, is positioned at described housing, for receiving described vibration information, and controls conducting and the disconnection of the every bar wire in described N bar wire according to described vibration information.
6. electronic installation according to claim 5, wherein, described vibration information comprises the vibration ending message of electronic installation, described controller is every bar wire described in conducting when receiving described vibration ending message, receive the schedule time after described vibration ending message place disconnect described every bar wire.
7. electronic installation according to claim 6, wherein, described controller, after the every bar wire of conducting, controls the difference make-break operation of described N bar wire with N kind control mode different from each other, make described N number of touch-control surface have described N number of coded message different from each other.
8. there is an electronic equipment for touch-screen, comprising:
Whether detecting unit, contact with the touch-control surface of the electronic installation any one of claim 1 to 7 for detecting described touch-screen, and produce a testing result;
Acquiring unit, for indicating after described touch-screen contacts with the touch-control surface of described electronic installation in described testing result, obtains the coded message of the touch-control surface contacted with touch-screen; And
Recognition unit, for identifying the described touch-control surface contacted with touch-screen according to obtained coded message.
9. electronic equipment according to claim 8, also comprises:
Infer unit, for inferring touch-control surface opposing with identified touch-control surface on described electronic installation according to the identified touch-control surface contacted with touch-screen,
Wherein, described electronic equipment shows the display information corresponding with inferred touch-control surface on the touchscreen.
10. any one electronic equipment in-9 according to Claim 8, wherein, described touch-screen is capacitive touch screen.
11. 1 kinds for distinguishing the method on the surface of electronic installation, described electronic installation comprises: housing, has N number of touch-control surface, and each touch-control surface has conductive rubber, and wherein N is natural number; With good conductor block, be positioned at described housing, be connected with described N number of touch-control surface respectively by N bar wire, described method comprises:
For described N number of touch-control surface provides N number of coded message different from each other; With
Described N number of touch-control surface is distinguished respectively according to described N number of coded message.
12. methods according to claim 11, wherein, describedly provide N number of coded message different from each other to comprise for described N number of touch-control surface:
For described N number of touch-control surface provides N number of conductive rubber pattern different from each other;
Utilize described N number of conductive rubber pattern to produce described N number of coded message.
13. methods according to claim 11, wherein, every bar wire in described N bar wire is the controlled wire of break-make, and described electronic installation also comprises the controller being positioned at described housing, describedly provides N number of coded message different from each other to comprise for described N number of touch-control surface:
Described controller controls the difference make-break operation of described N bar wire with N kind control mode different from each other, to produce N kind break-make information different from each other;
Described N number of coded message is produced according to described N kind break-make information.
14. methods according to claim 13, wherein, described N kind control mode different from each other produces according to the break-make frequency of wire and/or make-and-break time.
15. methods according to claim 11, wherein, the every bar wire in described N bar wire is the controlled wire of break-make, and described electronic installation also comprises the sensor being positioned at described housing, and described method also comprises:
Sense the vibration of described electronic installation on another equipment by described sensor, and produce vibration information;
Conducting and the disconnection of the every bar wire in described N bar wire is controlled according to described vibration information; And
After every bar wire conducting in described N bar wire, for described N number of touch-control surface provides the step of N number of coded message different from each other described in performing.
16. methods according to claim 15, wherein, described vibration information comprises the vibration ending message of electronic installation, describedly controls the conducting of the every bar wire in described N bar wire according to vibration information and disconnection comprises:
Every bar wire described in conducting when producing described vibration ending message; And
Schedule time place after the described vibration ending message of generation disconnects described every bar wire.
17. methods according to claim 16, wherein, describedly provide N number of coded message different from each other to comprise for described N number of touch-control surface:
The difference make-break operation of described N bar wire is controlled, to produce N kind break-make information different from each other with N kind control mode different from each other;
Described N number of coded message is produced according to described N kind break-make information.
18. 1 kinds of recognition methodss, for having the electronic equipment of touch-screen, described recognition methods comprises:
Detect described touch-screen whether to contact with the touch-control surface of the electronic installation any one of claim 1 to 7, and produce a testing result;
Indicate after described touch-screen contacts with the touch-control surface of described electronic installation in described testing result, obtain the coded message of the touch-control surface contacted with touch-screen; And
The described touch-control surface contacted with touch-screen is identified according to obtained coded message.
19. recognition methodss according to claim 18, also comprise:
Touch-control surface opposing with identified touch-control surface on described electronic installation is inferred according to the identified touch-control surface contacted with touch-screen; And
In the display information that described touch screen display is corresponding with inferred touch-control surface.
20. according to any one recognition methods in claim 18-19, and wherein, described touch-screen is capacitive touch screen.
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| CN104035631B (en) * | 2013-03-04 | 2017-06-27 | 联想(北京)有限公司 | A kind of detection method and a kind of electronic equipment |
| CN104345945B (en) * | 2013-08-06 | 2017-07-25 | 联想(北京)有限公司 | A kind of interactive object |
| CN105094270B (en) * | 2014-05-04 | 2018-02-27 | 联想(北京)有限公司 | Electronic equipment and information transferring method |
| CN107180209B (en) * | 2016-03-10 | 2020-05-12 | 施政 | Object gesture recognition system on interactive surface |
| CN107847796B (en) * | 2016-07-07 | 2021-10-19 | 尼姆罗德·巴克 | Multi-side game accessory device |
| CN113330401A (en) * | 2019-05-15 | 2021-08-31 | 深圳市柔宇科技股份有限公司 | Electronic device and method for manufacturing electronic device |
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