CN102902402A - 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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- CN102902402A CN102902402A CN2012102270311A CN201210227031A CN102902402A CN 102902402 A CN102902402 A CN 102902402A CN 2012102270311 A CN2012102270311 A CN 2012102270311A CN 201210227031 A CN201210227031 A CN 201210227031A CN 102902402 A CN102902402 A CN 102902402A
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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 be used for distinguishing the method on the surface of electronic installation.
Background technology
Along with the development of electronic technology, such as flat computer, game machine, intelligent communications terminal, personal digital assistant etc. various types of electronic equipments appearred.For example, can utilize the electronic equipment (for example, flat computer) with giant-screen to carry out the mutual game of many people (for example table trip), and this flat computer has touch-screen usually, this user who has more promoted when utilizing electronic equipment to carry out amusement experiences.
When utilizing existing electronic equipment to play, in order to increase the experience sense of game, and be different from traditional game mode, expectation provides a kind of electronic installation that can be used in conjunction with described electronic equipment with touch-screen.Particularly, the described electronic equipment with touch-screen of different surfaces contact when this electronic installation, which surface that can judge described electronic installation contacts with described electronic equipment with touch-screen, described electronic equipment carries out different responses at touch-screen, thereby promotes user's experience.
There has been the solution of utilizing different technologies, but had different technical matterss in these schemes and hindered with the electronic equipment with touch-screen and used ordinatedly described electronic installation.Realize in the situation of described electronic installation utilizing gravity sensor, the downward gravity direction that identifies with described gravity sensor position or the surface of determining that electronic installation contacts with electronic equipment as a reference, yet the battery power consumption of this scheme is large and its cost is high.Utilizing the near-field communication technology to realize in the situation of described electronic installation, determine the surface that electronic installation contacts with electronic equipment by additional electron label on each surface of electronic installation, the accurate identification on each surface needs described electronic installation to have larger volume, yet its large volume can cause greater impact to the screen of described electronic equipment, has reduced user's experience.Realizing with conductive rubber in the situation of described electronic installation, the conductive rubber pattern of the different piece by electronic installation determines which surface of electronic installation contacts with electronic equipment, yet 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 user's experience.
Therefore, when using ordinatedly in the process of electronic installation with the electronic equipment with touch-screen, when being desirably in the surface in contact of accurate identification electronic installation and electronic equipment, can reduce the volume of described electronic installation, and reduce its power consumption.
Summary of the invention
The embodiment of the invention provides a kind of electronic installation, electronic equipment and has distinguished the method on the surface of electronic installation, and it is when accurately identifying the surface in contact of electronic installation and electronic equipment, and the volume that can reduce described electronic installation is experienced to promote the user.
On the one hand, provide a kind of electronic installation, having comprised: housing, have N touch-control surface, each touch-control surface has conductive rubber, and wherein N is natural number; The good conductor piece is positioned at described housing, is connected with a described N touch-control surface respectively by N bar wire; Wherein, a described N touch-control surface has N the coded message that differs from one another, so that distinguish respectively a described N touch-control surface according to a described N coded message.
Preferably, a described N coded message can be to produce by the N that differs from one another a conductive rubber pattern on the described N touch-control surface.
Preferably, every wire in the described N bar wire can be the controlled wire of break-make, described electronic installation also comprises: controller, be positioned at described housing, be used for controlling with the N kind control mode that differs from one another the difference make-break operation of described N bar wire, so that a described N touch-control surface has N the coded message that differs from one another.
Preferably, can produce the described N kind control mode that differs from one another according to break-make frequency and/or the make-and-break time of wire.
Preferably, every wire in the described N bar wire can be the controlled wire of break-make, and described electronic installation also can comprise: sensor, be positioned at described housing, and be used for responding to the vibration of described electronic installation on another equipment, and produce vibration information; Controller is positioned at described housing, is used for receiving described vibration information, and controls conducting and the disconnection of every wire in the 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 be when receiving described vibration ending message the described every wire of conducting, the schedule time place after receiving described vibration ending message disconnects described every wire.
Preferably, described controller can be controlled the difference make-break operation of described N bar wire with the N kind control mode that differs from one another after every wire of conducting, so that a described N touch-control surface has the described N that a differs from one another coded message.
On the other hand, provide a kind of electronic equipment with touch-screen, having comprised: whether detecting unit contacts with the touch-control surface of aforesaid electronic installation for detection of described touch-screen, and produces a testing result; Acquiring unit is used for obtaining the coded message of the touch-control surface that contacts with touch-screen after described testing result indicates described touch-screen and the touch-control surface of described electronic installation contacts; And recognition unit, be used for identifying the described touch-control surface that contacts with touch-screen according to the coded message of obtaining.
Preferably, described electronic equipment also can comprise: infer the unit, be used for inferring on the described electronic installation touch-control surface opposing with the touch-control surface of identifying according to the touch-control surface that contacts with touch-screen of identifying; And wherein, described electronic equipment is touching the screen display demonstration information corresponding with the touch-control surface of inferring.
Preferably, described touch-screen can be capacitive touch screen.
On the other hand, provide a kind of method of the surface be used to distinguishing electronic installation, described electronic installation comprises: housing, have N touch-control surface, and each touch-control surface has conductive rubber, and wherein N is natural number; With the good conductor piece, be positioned at described housing, be connected with a described N touch-control surface respectively by N bar wire, described method can comprise: N the coded message that differs from one another is provided for a described N touch-control surface; With distinguish respectively a described N touch-control surface according to a described N coded message.
On the other hand, provide a kind of recognition methods, be used for having the electronic equipment of touch-screen, whether 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; After described testing result indicates described touch-screen and the touch-control surface of described electronic installation contacts, obtain the coded message of the touch-control surface that contacts with touch-screen; And identify the described touch-control surface that contacts with touch-screen according to the coded message of obtaining.
At above-mentioned electronic installation, the electronic equipment of the embodiment of the invention, distinguish in the method and recognition methods on surface of electronic installation, by in described electronic installation, arranging the good conductor piece and connecting described good conductor piece and each surperficial conductive rubber via wire, can in the situation of the volume that reduces electronic installation, accurately identify the surface in contact of electronic installation and electronic equipment, thereby promote user's experience.
Description of drawings
In order to be illustrated more clearly in the technical scheme of the embodiment of the invention, the below will do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art, apparently, accompanying drawing in the following describes only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 illustrates the be fitted to each other electronic installation of use and the schematic diagram of electronic equipment;
Fig. 2 is the schematic diagram that illustrates according to the structure of the electronic installation of the embodiment of the invention;
Fig. 3 is the schematic diagram that illustrates according to the structure of the electronic equipment with touch-screen of the embodiment of the invention;
Fig. 4 is the process flow diagram of method on surface that is used for distinguishing electronic installation that illustrates according to the embodiment of the invention;
Fig. 5 is the process flow diagram that illustrates according to another embodiment of the present invention the method on the surface that is used for distinguishing electronic installation;
Fig. 6 is the process flow diagram of recognition methods of electronic equipment that is used for having touch-screen that illustrates according to the embodiment of the invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, rather than whole embodiment.
Fig. 1 illustrates the be fitted to each other electronic installation of use and the schematic diagram of electronic equipment.In Fig. 1, described electronic installation is the regular hexahedron of small volume, and described electronic equipment is the rectangular parallelepiped with touch-screen.In described electronic equipment vibration and finally static, which surface of described electronic equipment identification electronic installation is in contact with it described electronic installation, and is touching the corresponding information of screen display according to the surface that contacts after being thrown down at random.Described touch-screen can be the touch-screen that adopts various technology, and the below describes for example with capacitive touch screen (hereinafter, being called capacitance plate).
In concrete application, described electronic installation can be electronic dice, and perhaps any other need to be distinguished the device on its surface; Described electronic equipment with touch-screen is such as being flat computer, intelligent communications terminal etc., and the concrete application scenarios of the two is not construed as limiting the invention.In addition, be 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 the electronic equipment of Fig. 2 description according to the embodiment of the invention.
Fig. 2 is the schematic diagram that illustrates according to the structure of the electronic installation 200 of the embodiment of the invention.
Electronic installation 200 comprises: housing 210, have N touch-control surface Sn (n=1 ..., N), each touch-control surface has conductive rubber, wherein N is natural number; Good conductor piece 220, be positioned at described housing 210, by N bar wire Ln (n=1 ..., N) be connected with a described N touch-control surface respectively, wherein, a described N touch-control surface have N coded message Cn differing from one another (n=1 ..., N), so that distinguish respectively described N touch-control surface Sn according to a described N coded message.
In an embodiment of the present invention, has one to one relation between described touch-control surface Sn, wire Ln and the coded message Cn.For example, touch-control surface S1 is connected to good conductor piece 220 by wire L1, and this touch-control surface S1 has coded message C1; Touch-control surface S2 is connected to good conductor piece 220 by wire L2, and this touch-control surface S2 has coded message C2, by that analogy.In Fig. 2, in order to simplify, only show a touch-control surface Sn is connected to good conductor piece 220 by wire Ln situation.
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 that can have touch information in the surface of housing.Therefore, if the part surface of this housing does not for example 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 be according to variations such as game rule, hull shape.
A described N touch-control surface have N coded message Cn differing from one another (n=1 ..., N), so that distinguish respectively described N touch-control surface Sn according to a described N coded message.The conductive rubber that is positioned on each touch-control surface forms good electric conductivity with wire and good conductor, is sent to electronic equipment with the coded message on will this specific touch-control surface 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 the described electronic equipment of contact.
Described good conductor piece 220 for example can be positioned at the central authorities of described housing 210, and its position can be adjusted according to weight of housing each several part etc.This good conductor piece 220 by N bar wire Ln (n=1 ..., N) respectively with the corresponding connection of a described N touch-control surface.
In the electronic installation according to the embodiment of the invention shown in Figure 2, the good conductor that placement conducts electricity very well and density is large in housing, and be connected with touch-control surface by wire, this is so that touch-control surface has good electric conductivity in the situation that have less conductive rubber, thereby when touch-control surface contacts with the capacitance plate of the electronic equipment that is used in conjunction with, form the touch-control reaction, thus the coded message on the touch-control surface is sent to electronic equipment.Therefore, by in described electronic installation, arranging the good conductor piece and connecting described good conductor piece and each surperficial conductive rubber via wire, can in the situation of the volume that reduces electronic installation, accurately identify the surface in contact of electronic installation and electronic equipment, thereby promote user's experience.
The example that forms coded message in described touch-control surface is described below.
The first example as form coded message in described touch-control surface can produce a described N coded message by the N that differs from one another a conductive rubber pattern on the described N touch-control surface.For example, can count and/or shape is come presentation code information with the difference on the conductive rubber.The conductive rubber pattern is that the touch-control surface S1 of a round dot has coded message C1, and the conductive rubber pattern is that the touch-control surface S2 of two round dots has coded message C2, by that analogy.In addition, the conductive rubber pattern has coded message C1 for circular touch-control surface S1, and the conductive rubber pattern is that leg-of-mutton touch-control surface S2 has coded message C2, and the conductive rubber pattern is that foursquare touch-control surface S3 has coded message C3, etc.Also usage quantity forms different coded messages with shape in combination.Therefore, when the specific touch-control surface of electronic installation contacts the capacitance plate of described electronic equipment, capacitance plate presents specific touch-control reaction to the particular conductivity rubber pattern of this specific touch-control surface, thereby the coded message of knowing the touch-control surface that is in contact with it is to identify this touch-control surface.
As the second example that forms coded message in described touch-control surface, for example for every wire in the described N bar wire in the electronic installation switch (not shown among Fig. 2) is set, thereby every wire in the described N bar wire in the electronic installation is set to the controlled wire of break-make, and arranges in the housing of described electronic installation shown in the dotted line frame among controller 230(Fig. 2).Described controller 230 is used for controlling with the N kind control mode that differs from one another the difference make-break operation of described N bar wire, so that a described N touch-control surface has N the coded message that differs from one another.For example, can produce the described N kind control mode that differs from one another according to break-make frequency and/or the make-and-break time of wire.Particularly, described controller 230 pilot L1 carry out make-break operation with the break-make frequency of 10Hz, to produce coded message C1 at the touch-control surface S1 that is connected with wire L1; Pilot L2 carries out make-break operation with the break-make frequency of 15Hz, producing coded message C2 at the touch-control surface S2 that is connected with wire L2, etc.Equally, described controller 230 can also be controlled each bar wire and have different conducting (or the disconnect) time, to form different coded messages from each touch-control surface corresponding to each bar wire.In this second example, each bar wire carries out make-break operation according to certain rule, is not to be in conducting state always, thus the power consumption that can save described electronic installation.
In addition, can also adopt following mode to advance a power consumption of saving described electronic installation.As previously mentioned, usually, electronic installation only need to produce corresponding coded message in each touch-control surface when contacting with capacitance plate is stable., can in described electronic installation, arrange shown in the dotted line frame among sensor 240(Fig. 2 for this reason) vibration of identifying described electronic installation begins and finishes, and utilize the break-make of controller 230 each bar wire of control.For the break-make of wire, can for arranging a switch, realize by every wire correspondingly as previously mentioned.The below specifically describes.
Every wire in the described N bar wire is the controlled wire of break-make, described electronic installation 200 also can comprise: sensor 240, be positioned at described housing, and be used at another equipment (for example responding to described electronic installation, capacitance plate on the electronic equipment) vibration on, and produce vibration information; Controller 230 is positioned at described housing, is used for receiving described vibration information, and controls conducting and the disconnection of every wire in the 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 be when receiving described vibration ending message the described every wire of conducting.
When receiving described vibration ending message, the specific touch-control surface of electronic installation 200 stably contacts with capacitance plate, can make the wire conducting that connects this specific touch-control surface and good conductor piece 220, can utilize the scheme in above-mentioned the first example or the second example to come to form coded message in described touch-control surface.Be exemplified as example with second, described controller 230 is after every wire of conducting, control the difference make-break operation of described N bar wire with the N kind control mode that differs from one another, so that a described N touch-control surface has the described N that a differs from one another coded message, thus utilize with touch-control surface that capacitance plate contacts on coded message distinguish the touch-control surface that contacts with capacitance plate.
In addition, controller 230 can also be located (having distinguished this moment and the stable touch-control surface that contacts of capacitance plate) schedule time (for example, 5 seconds) after receiving described vibration ending message, disconnects described every wire, with further saving power consumption.
In the above in the electronic installation 200 in conjunction with Fig. 2 description, by in described electronic installation, arranging the good conductor piece and connecting described good conductor piece and each surperficial conductive rubber via wire, can in the situation of the volume that reduces electronic installation, accurately identify the surface in contact of electronic installation and electronic equipment, thereby promote user's experience.In addition, produce coded message by the make-break operation that utilizes wire in touch-control surface, control described electronic installation by the vibration information that utilizes sensor to produce and begin and/or finish to transmit coded message, can save power consumption.
Fig. 3 is the schematic diagram that illustrates according to the structure of the electronic equipment with touch-screen 300 of the embodiment of the invention.This electronic equipment 300 is used for using ordinatedly with the electronic installation 200 of Fig. 2.
Described electronic equipment 300 with touch-screen can comprise: detecting unit 310, for detection of described touch-screen whether with according to claim 1 in 7 the touch-control surface of each electronic installation contact, and produce a testing result; Acquiring unit 320 is used for obtaining the coded message of the touch-control surface that contacts with touch-screen after described testing result indicates described touch-screen and the touch-control surface of described electronic installation contacts; And recognition unit 330, be used for identifying the described touch-control surface that contacts with touch-screen according to the coded message of obtaining.
As previously mentioned, when each the bar wire in the electronic installation 200 disconnected, a little less than the electric conductivity of each lip-deep conductive rubber, described detecting unit 310 can't detect the touch-control surface of electronic installation and contacting of described touch-screen; When each the bar wire conducting in the electronic installation 200, thereby connecting described good conductor piece, each surperficial conductive rubber has strong electric conductivity, so that described detecting unit 310 can detect the touch-control surface of electronic installation and contacting of described touch-screen.According to this principle, detecting unit 310 can detect described touch-screen whether with according to claim 1 in 7 the touch-control surface of each electronic installation contact, and produce a testing result.
After described testing result indicated described touch-screen and the touch-control surface of described electronic installation contacts, acquiring unit 320 can obtain the coded message of the touch-control surface that contacts with touch-screen.As previously mentioned, described coded message can by with touch-control surface that touch-screen contacts on the conductive rubber pattern produce, also can produce by the make-break operation of each bar wire.
Described recognition unit 330 can be identified the described touch-control surface that contacts with touch-screen according to the coded message of obtaining.Realization example as recognition unit 330, can store in advance each coded message and each touch-control surface corresponding relation with the form of look-up table, thereby described recognition unit 330 can be after the coded message of obtaining, determine the touch-control surface corresponding with the coded message of obtaining based on described look-up table, thereby which touch-control surface of identification electronic installation contacts with touch-screen.
In addition, according to the needs of the game item that utilizes described electronic installation 200 and electronic equipment 300 to carry out, described electronic equipment 300 can also comprise infers that unit 340(is shown in the dotted line among Fig. 3).For example, when described electronic installation 200 during as dice, the touch-control surface opposing with the touch-control surface of identifying can be inferred on the described electronic installation according to the touch-control surface that contacts with touch-screen of identifying in described deduction unit 340, thereby in the touch screen display of the described electronic equipment demonstration information corresponding with the touch-control surface of inferring, such as the throwing position of dice, throw numeral, throw the information etc. of digital correlation with this.As previously mentioned, described touch-screen can be capacitive touch screen.
The electronic installation that utilizes according to an embodiment of the invention the good conductor piece to increase electric conductivity has less volume, thereby can be used in conjunction with well with the electronic equipment of the little touch-screen of Area comparison.In addition, when in electronic installation, utilizing sensor to come the transmission of control coding information to begin and/or finish, may reduce the working time of the part unit (for example, detecting unit) in the electronic equipment 300 according to an embodiment of the invention, thereby save the power consumption of electronic equipment 300.
Fig. 4 is the process flow diagram of method 400 on surface that is used for distinguishing electronic installation that illustrates according to the embodiment of the invention.Described electronic installation can comprise: housing, have N touch-control surface, and each touch-control surface has conductive rubber, and wherein N is natural number; With the good conductor piece, be positioned at described housing, be connected respectively (having one to one relation between described touch-control surface and the wire) with a described N touch-control surface by N bar wire.Concrete structure about this electronic installation can be referring to Fig. 2 and the description of carrying out in conjunction with Fig. 2.
Described method 400 comprises: N the coded message Cn that differs from one another is provided for described N touch-control surface Sn, wherein n=1 ..., N (410); With distinguish respectively a described N touch-control surface (420) according to a described N coded message.Has one to one relation between described touch-control surface Sn and the coded message Cn.Because the conductive rubber on each touch-control surface forms good electric conductivity with wire and good conductor, so the coded message on 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 for providing N the coded message (410) that differs from one another, a described N touch-control surface can comprise: N the conductive rubber pattern that differs from one another is provided for a described N touch-control surface; Utilize described N conductive rubber pattern to produce a described N coded message.Alternatively, every wire in can also described N bar wire is set to the controlled wire of break-make, in the housing of described electronic installation, controller is set, come to provide N the coded message that differs from one another for a described N touch-control surface by following step: described controller is controlled the difference make-break operation of described N bar wire with the N kind control mode that differs from one another, the N kind break-make information that differs from one another with generation; Produce a described N coded message according to described N kind break-make information.The described N kind control mode that differs from one another is that break-make frequency and/or the make-and-break time according to wire produces.Concrete operations about this step 410 can be referring to the first example and second example in described touch-control surface formation coded message of front.
When the specific touch-control surface of electronic installation contacts the capacitance plate of described electronic equipment, capacitance plate presents specific touch-control reaction to the specific break-make mode of the particular conductivity rubber pattern of this specific touch-control surface or wire, thereby the coded message of knowing the touch-control surface that is in contact with it is to identify this touch-control surface.
Therefore, connect described good conductor piece and in each surperficial conductive rubber, form satisfactory electrical conductivity via wire, can in the situation of the volume that reduces electronic installation, accurately identify the surface in contact of electronic installation and electronic equipment, thereby promote user's experience.
In addition, can also by controlling, so that only when contacting with capacitance plate is stable, just produce corresponding coded message in each touch-control surface, save the power consumption of described electronic installation.As example, every wire in can described N bar wire is set to the controlled wire of break-make, in the described housing of described electronic installation, sensor is set, and by the vibration of the described electronic installation of described sensor sensing on another equipment, and produce vibration information; Control conducting and the disconnection of every wire in the described N bar wire according to described vibration information; And after every wire conducting in described N bar wire, carry out the described step that N the coded message (410) that differs from one another is provided for a described N touch-control surface.
In addition, described vibration information can comprise the vibration ending message of electronic installation, and described conducting and the disconnection of controlling every wire in the described N bar wire according to vibration information comprises: the described every wire of conducting when producing described vibration ending message; And the described every wire of the place's disconnection of the schedule time after producing described vibration ending message.
Fig. 5 is the process flow diagram that illustrates according to another embodiment of the present invention the method 500 on the surface that is used for distinguishing electronic installation.The method 500 on described surface be used to distinguishing electronic installation can comprise: by the vibration of the described electronic installation of described sensor sensing on another equipment, and produce vibration ending message (501); The described every wire of conducting (502) when producing described vibration ending message; For a described N touch-control surface provides N the coded message (510) that differs from one another (corresponding to 410 among Fig. 4); With distinguish respectively a described N touch-control surface (520) (corresponding to 420 among Fig. 4) according to a described N coded message; And the place's disconnection of the schedule time after producing described vibration ending message described every wire (503).Described step 501,502,503 is used for further reducing the power consumption of electronic installation.Note, process in the method 500 on described surface for distinguishing electronic installation, step 501,502 and do not comprise step 503 be can only comprise, step 501 and 503 and do not comprise and can arrange step 502 flexibly as required in practice also can be only comprised.In addition, provide for a described N touch-control surface in N the coded message (510) that differs from one another described, can control with the N kind control mode that differs from one another the difference make-break operation of described N bar wire, the N kind break-make information that differs from one another with generation; Produce a described N coded message according to described N kind break-make information, thus the power consumption of further saving electronic installation.
The method for the surface of distinguishing electronic installation of describing in conjunction with Fig. 5 in the above, not only can reduce the volume of electronic installation to have promoted user's experience, can also control described electronic installation by the vibration information that utilizes sensor to produce and begin and/or finish to transmit coded message, thereby save power consumption.
Fig. 6 is the process flow diagram of recognition methods 600 of electronic equipment that is used for having touch-screen that illustrates according to the embodiment of the invention.Whether this recognition methods 600 is used for having the electronic equipment of touch-screen, and comprises: detect described touch-screen and contact with the touch-control surface of illustrated electronic installation among Fig. 2, and produce a testing result (610); After described testing result indicates described touch-screen and the touch-control surface of described electronic installation contacts, obtain the coded message (620) of the touch-control surface that contacts with touch-screen; And identify the described touch-control surface that contacts with touch-screen (630) according to the coded message of obtaining.
Alternatively, according to the needs of the game item that utilizes described electronic installation 200 and electronic equipment 300 to carry out, described recognition methods 600 also can comprise: infer on the described electronic installation touch-control surface (640) opposing with the touch-control surface of identifying according to the touch-control surface that contacts with touch-screen of identifying; And in the described touch screen display demonstration information (650) corresponding with the touch-control surface of inferring, shown in the dashed rectangle among Fig. 6.Described demonstration information such as be electronic installation the throwing position, throw numeral, with the information of this throwing digital correlation etc.
In 601, for example when each bar wire conducting of electronic installation, detect described touch-screen and contact (this moment, the electric conductivity of electronic installation was strong) with the touch-control surface of illustrated electronic installation among Fig. 2.In 602, the coded message of the touch-control surface that contacts with touch-screen of obtaining can by with touch-control surface that touch-screen contacts on the conductive rubber pattern produce, also can produce by the make-break operation of each bar wire.In 603, can come based on the described touch-control surface that contacts with touch-screen of coded message identification of obtaining with reference to look-up table or other preset rules.
The description that can carry out in conjunction with Fig. 3 referring to the front about the further feature of this recognition methods 600.
Those of ordinary skills can recognize, unit and the step of each example of describing in conjunction with embodiment disclosed herein can realize with the combination of electronic hardware or computer software and electronic hardware.These functions are carried out with hardware or software mode actually, depend on application-specific and the design constraint of technical scheme.The professional and technical personnel can specifically should be used for realizing described function with distinct methods to each, 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.For example, device embodiment described above only is schematically, during actual the realization other mode can be arranged.
The above; be the specific embodiment of the present invention only, but protection scope of the present invention is not limited to this, anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; can expect easily changing or replacing, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion by described protection domain with claim.
Claims (20)
1. electronic installation comprises:
Housing has N touch-control surface, and each touch-control surface has conductive rubber, and wherein N is natural number;
The good conductor piece is positioned at described housing, is connected with a described N touch-control surface respectively by N bar wire;
Wherein, a described N touch-control surface has N the coded message that differs from one another, so that distinguish respectively a described N touch-control surface according to a described N coded message.
2. according to claim 1 electronic installation, wherein, a described N coded message is to produce by the N that differs from one another a conductive rubber pattern on the described N touch-control surface.
3. according to claim 1 electronic installation, wherein, every wire in the described N bar wire is the controlled wire of break-make, described electronic installation also comprises:
Controller is positioned at described housing, is used for controlling with the N kind control mode that differs from one another the difference make-break operation of described N bar wire, so that a described N touch-control surface has N the coded message that differs from one another.
4. according to claim 3 electronic installation wherein, produces the described N kind control mode that differs from one another according to break-make frequency and/or the make-and-break time of wire.
5. according to claim 1 electronic installation, wherein, every wire in the described N bar wire is the controlled wire of break-make, described electronic installation also comprises:
Sensor is positioned at described housing, is used for responding to the vibration of described electronic installation on another equipment, and produces vibration information;
Controller is positioned at described housing, is used for receiving described vibration information, and controls conducting and the disconnection of every wire in the described N bar wire according to described vibration information.
6. according to claim 5 electronic installation, wherein, described vibration information comprises the vibration ending message of electronic installation, the described every wire of described controller conducting when receiving described vibration ending message, the schedule time place after receiving described vibration ending message disconnects described every wire.
7. according to claim 6 electronic installation, wherein, described controller is controlled the difference make-break operation of described N bar wire with the N kind control mode that differs from one another after every wire of conducting, so that a described N touch-control surface has the described N that a differs from one another coded message.
8. electronic equipment with touch-screen comprises:
Detecting unit, for detection of described touch-screen whether with according to claim 1 in 7 the touch-control surface of each electronic installation contact, and produce a testing result;
Acquiring unit is used for obtaining the coded message of the touch-control surface that contacts with touch-screen after described testing result indicates described touch-screen and the touch-control surface of described electronic installation contacts; And
Recognition unit is used for identifying the described touch-control surface that contacts with touch-screen according to the coded message of obtaining.
9. electronic equipment according to claim 8 also comprises:
Infer the unit, be used for inferring on the described electronic installation touch-control surface opposing with the touch-control surface of identifying according to the touch-control surface that contacts with touch-screen of identifying,
Wherein, described electronic equipment is touching the screen display demonstration information corresponding with the touch-control surface of inferring.
10. the electronic equipment of any according to claim 8-9, wherein, described touch-screen is capacitive touch screen.
11. the method for the surface of distinguishing electronic installation, described electronic installation comprises: housing, have N touch-control surface, and each touch-control surface has conductive rubber, and wherein N is natural number; With the good conductor piece, be positioned at described housing, be connected with a described N touch-control surface respectively by N bar wire, described method comprises:
N the coded message that differs from one another is provided for a described N touch-control surface; With
Distinguish respectively a described N touch-control surface according to a described N coded message.
12. method according to claim 11 wherein, describedly comprises for a described N touch-control surface provides N the coded message that differs from one another:
N the conductive rubber pattern that differs from one another is provided for a described N touch-control surface;
Utilize described N conductive rubber pattern to produce a described N coded message.
13. method according to claim 11, wherein, every wire in the described N bar wire is the controlled wire of break-make, and described electronic installation also comprises the controller that is positioned at described housing, describedly comprises for a described N touch-control surface provides N the coded message that differs from one another:
Described controller is controlled the difference make-break operation of described N bar wire with the N kind control mode that differs from one another, the N kind break-make information that differs from one another with generation;
Produce a described N coded message according to described N kind break-make information.
14. method according to claim 13, wherein, the described N kind control mode that differs from one another is that break-make frequency and/or the make-and-break time according to wire produces.
15. method according to claim 11, wherein, every wire in the described N bar wire is the controlled wire of break-make, and described electronic installation also comprises the sensor that is positioned at described housing, and described method also comprises:
By the vibration of the described electronic installation of described sensor sensing on another equipment, and produce vibration information;
Control conducting and the disconnection of every wire in the described N bar wire according to described vibration information; And
After every wire conducting in described N bar wire, carry out the described step that N the coded message that differs from one another is provided for a described N touch-control surface.
16. method according to claim 15, wherein, described vibration information comprises the vibration ending message of electronic installation, and described conducting and the disconnection of controlling every wire in the described N bar wire according to vibration information comprises:
The described every wire of conducting when producing described vibration ending message; And
Schedule time place after producing described vibration ending message disconnects described every wire.
17. method according to claim 16 wherein, describedly comprises for a described N touch-control surface provides N the coded message that differs from one another:
Control the difference make-break operation of described N bar wire with the N kind control mode that differs from one another, the N kind break-make information that differs from one another with generation;
Produce a described N coded message according to described N kind break-make information.
18. a recognition methods, for the electronic equipment with touch-screen, described recognition methods comprises:
Detect described touch-screen whether with according to claim 1 in 7 the touch-control surface of each electronic installation contact, and produce a testing result;
After described testing result indicates described touch-screen and the touch-control surface of described electronic installation contacts, obtain the coded message of the touch-control surface that contacts with touch-screen; And
Identify the described touch-control surface that contacts with touch-screen according to the coded message of obtaining.
19. recognition methods according to claim 18 also comprises:
Infer on the described electronic installation touch-control surface opposing with the touch-control surface of identifying according to the touch-control surface that contacts with touch-screen of identifying; And
In the described touch screen display demonstration information corresponding with the touch-control surface of inferring.
20. the recognition methods of any according to claim 18-19, wherein, described touch-screen is capacitive touch screen.
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| CN201210227031.1A CN102902402B (en) | 2012-06-29 | 2012-06-29 | Electronic device, electronic equipment and method for distinguishing surfaces of electronic device |
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