CN105759996A - Input pen, electronic device provided with input pen, and operation method thereof - Google Patents
Input pen, electronic device provided with input pen, and operation method thereof Download PDFInfo
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- CN105759996A CN105759996A CN201610006466.1A CN201610006466A CN105759996A CN 105759996 A CN105759996 A CN 105759996A CN 201610006466 A CN201610006466 A CN 201610006466A CN 105759996 A CN105759996 A CN 105759996A
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- China
- Prior art keywords
- electronic installation
- input pen
- electric conductivity
- nib
- various embodiment
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Classifications
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
- G06F3/0354—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor with detection of 2D relative movements between the device, or an operating part thereof, and a plane or surface, e.g. 2D mice, trackballs, pens or pucks
- G06F3/03545—Pens or stylus
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
- G06F3/044—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means by capacitive means
Abstract
The invention discloses an input pen, an electronic device provided with an input pen, and an operation method thereof. The input pen comprises a conductive main body; a conductive pen point, which is disposed on the end part of the conductive main body, and is used for reaction with a first detection sensor; a resonance body, which is disposed in the conductive main body, and is used for reaction with a second detection sensor. The conductive pen point can be electrically or physically connected with the conductive main body. Other embodiments may exist.
Description
Technical field
Various embodiment of the present invention relates to input pen, has electronic installation and the operational approach thereof of input pen.
Background technology
In recent years, for the electronic installation with touch panel device, it can comprise input pen (such as to improve the convenience of input and multiformity, writing pencil (stylus)), input pen can be taken care of in the inside of electronic installation and use, or is operated as the independent accessory separated with electronic installation.
Above-mentioned input pen can input data by condenser type or various input mode such as induction on touch panel device.Such as, when inputting data on the touch panel device to use capacitive touch panels, input pen can comprise and touch the electric conductivity nib that picture contacts.Additionally, touch panel device to the induction touch panel of use inputs data, input pen can be made up of following manner: possess coil case and magnetic in inside and the resonant frequency based on electromagnetic induction occurs, and the correspondence position detecting input pen by the digital converter (digitizer) being arranged within electronic installation.
In the recent period, input pen can show the rugosity etc. of the line of the data exported to picture on touch panel device according to inclined degree, so that user's sensation is just as using real pen or brush pen, adds the convenience of use accordingly.
Summary of the invention
Existing input pen adopts way of electromagnetic induction can the form (such as, the rugosity of line) of the data exported is changed according to inclined degree.But, this input mode likely causes deflection (tilt) phenomenon, i.e. data are output to the less desirable position of user.
Various embodiment of the present invention can provide a kind of for exporting the input pen of data, the electronic installation with input pen and operational approach thereof on desired input position exactly when using input pen.
Various embodiment of the present invention will use condenser type input method and induction input mode simultaneously, such that it is able to provide the input pen of a kind of exportable more fine and smooth and careful data, the electronic installation with input pen and operational approach thereof.
Various embodiment of the present invention can provide a kind of for providing the best input pen of the hand-written sense of brush pen, the electronic installation with input pen and operational approach thereof when using input pen.
The input pen of the various embodiment according to the present invention can comprise: conductive host；Electric conductivity nib, is arranged in the end of described conductive host, and detects sensor response with first；And resonant body, it is arranged in the inside of described conductive host, and detects sensor response with second, wherein, described electric conductivity nib can electrically connect or be physically connected to described conductive host.
The electronic installation of the various embodiment according to the present invention can comprise: the first detection sensor, for detecting the reaction caused by the electric conductivity nib of input pen, second detection sensor, for detecting the reaction caused by the resonant body of described input pen, and processor, based on the function that the reaction caused by described electric conductivity nib and the detection of reaction that caused by described resonant body are controlled described electronic installation.
The operational approach of the electronic installation of the various embodiment according to the present invention can include following operation: detects the reaction caused by the electric conductivity nib of input pen and the reaction caused by the resonant body of described input pen；Based on the function that the reaction caused by described electric conductivity nib and the detection of reaction that caused by described resonant body are controlled described electronic installation.
For the input pen according to various embodiment, the electronic installation with input pen and operational approach thereof, can correctly export data on desired input position when using input pen, such that it is able to realize more fine and smooth and careful data input.
Accompanying drawing explanation
Fig. 1 represents the module map of the electronic installation of the various embodiment according to the present invention.
What Fig. 2 represented the various embodiment according to the present invention utilizes the input pen axonometric chart to the state that the touch panel device of electronic installation is operated.
Fig. 3 indicates that the input pen of the various embodiment according to the present invention is applied to the main portion sectional view of the state of electronic installation.
Fig. 4 is the main portion sectional view of the input pen of the various embodiment according to the present invention.
Fig. 5 a to Fig. 5 c indicates that the electric conductor of the various embodiment according to the present invention is arranged in the main portion perspective view of the state of the conductive host of input pen.
Fig. 6 is the flow chart of the method for the function controlling electronic installation for the input pen passing through the various embodiment according to the present invention.
Fig. 7 is the flow chart of the method performing corresponding function for the input pen passing through the various embodiment according to the present invention.
Fig. 8 is the flow chart of the method for the rugosity regulating line for the input pen passing through the various embodiment according to the present invention.
Detailed description of the invention
Hereinafter, various embodiment of the present invention is described with reference to the accompanying drawings.But this can not be not understood as making various embodiment of the present invention be confined to specific embodiment, but it is understood that it is the concept comprising various change (modification) of embodiments of the invention, equivalent (equipment) and/or substitute (alternative).When accompanying drawing is described, it is similarly comprised key element and employs similar reference marks.
Herein, such as " have ", " can have ", " comprising ", the statement such as " can comprise " refer to corresponding feature (such as, the elements such as data, function, operation or parts) existence, and be not precluded from the existence of other functions.
Herein, the statement such as " A or B ", " at least one in A or/and B " or " in A or/and B one or more " can include all possible combination of the project listed together.Such as, " A or B ", " at least one in A and B " or " at least one in A or B " can refer to following all of situation: (1) comprises at least one A；(2) at least one B is comprised；Or (3) all comprise at least one A and at least one B.
In various embodiment, the statement such as " first ", " second ", " first " of use, " secondly " can independently modify various element with order and/or significance level, and does not limit relevant element.Above-mentioned statement can use in order to an element is different from other elements.Such as, first user equipment and the second subscriber equipment can independently represent mutually different subscriber equipment with order or significance level.Such as, the first element can be named as the second element in without departing from scope of the presently claimed invention, and similarly, the second element can also by name called after the first element.
It is being mentioned as a certain element (such as, first element) " (functionally or communicatedly) is incorporated into ((operativelyorcommunicatively) coupledwith/to) " or " being connected to (connectedto) " another element is (such as, second element) when, it is understood that can be directly connected to other elements for a certain element, or connected by other elements (such as, the 3rd element).On the contrary, it is being mentioned as a certain element (such as, first element) " being directly combined to " or " being directly connected in " another element is (such as, second element) when, can be understood as and between a certain element and another element, be absent from other elements (such as, the 3rd element).
The statement used in this article " can ... (or setting) (configuredto) that ground is constituted " according to circumstances can be replaced by following statement and use, for instance: " be suitable for ... (suitablefor) ", " having ... (havingthecapacityto) of ability ", " be ... and design (designedto) ", " be ... and change (adaptedto) ", " be ... and manufacture (madeto) " or " can carry out ... (capableof) ".Term " can ... ground constitutes (or setting) " not necessarily only means that in the form of hardware " custom-designed (specificallydesigned) " situation.But, in some cases, the statement of " can ... the device that ground is constituted " may mean that its device can with other devices or parts together " carrying out ... ".Such as, sentence " constitutes the processor of (setting) " and may mean that the application specific processor for performing corresponding operation (such as to perform A, B and C, flush bonding processor), or the general processor (generic-purposeprocessor) (such as, CPU or application processor (applicationprocessor)) that corresponding operation can be performed by performing to be stored in the more than one software program of storage device.
Term used herein is used just to specifically various embodiment is illustrated, and it can not be scope for limiting other embodiments.When being expressed on context less than significantly other implications of odd number, it is also possible to include the implication of plural number.The general implication that the implication of all of term comprising the data of technology or science at this and be used to can be understood with the people on this area with common knowledge is identical.In dictionary, the conventional term of definition is construed as and has the implication same or like with the contextual implication of technology, and when not having clear and definite definition in this article, can't be interpreted the implication of abnormal or excessive formality.According to circumstances, even term as defined herein, can not be interpreted to get rid of the implication of embodiments of the invention.
nullThe electronic installation of the various embodiment according to the present invention can include at least one in following device: smart mobile phone (smartphone)、Panel computer (tabletpersonalcomputer)、Mobile phone (mobilephone)、Visual telephone、E-book reader (e-bookreader)、Desktop computer (desktoppersonalcomputer)、Notebook computer (laptoppersonalcomputer)、Net book computer (netbookcomputer)、Work station (workstation)、Server、PDA(personaldigitalassistant)、PMP(portablemultimediaplayer)、MP3 player、Ambulatory medical device、Video camera (camera)、Or wearable device (wearabledevice) is (such as，Intelligent glasses、Head wearable device (head-mounted-device (HMD))、Electronic Clothes、Electronic bracelet、Electronics necklace、Electronic intelligence accessory (appcessory)、Electronics is tatooed、Intelligent mirror、Or intelligent watch (smartwatch).
According to various embodiment, electronic installation can be intelligent appliance product (smarthomeappliance).Intelligent appliance product can include at least one in following device: TV, DVD (digitalvideodisk) player, audio amplifier, refrigerator, air-conditioning, vacuum cleaner, baking box, microwave oven, washing machine, air purifier, Set Top Box (set-topbox), domestic automatic control panel (homeautomationcontrolpanel), security control panel (securitycontrolpanel), TV box (such as, Samsung HomeSyncTM, Fructus Mali pumilae TVTM, or Google TVTM), game machine (such as, XboxTM、PlayStationTM), electronic dictionary, electron key, videocorder (camcorder) or digital photo frame.
nullAccording to various embodiment，Electronic installation can include at least one in following device: various armarium are (such as，Various portable medical analyzer (Instrument for Measuring Blood Sugars、Heart throbmeter、Blood pressure measuring instrument or body temperature measurement instrument etc.)、Magnetic resonance angiography equipment (MRA:magneticresonanceangiography)、NMR (Nuclear Magnetic Resonance)-imaging (MRI:magneticresonanceimaging)、Computed tomography (CT:computedtomography)、Video camera、Or ultrasonoscope etc.)、Navigation (navigation) device、GPS receiver instrument (globalpositioningsystemreceiver)、Event data recorder (EDR:eventdatarecorder)、Flight data recorder (FDR:flightdatarecorder)、Vehicle infotainment (infotainment) device、Marine electric subset is (such as，Navigator peculiar to vessel、Gyrocompass etc.)、Avionic device (avionics)、Security device、Vehicle is with head unit (headunit)、Industry or domestic robot、The ATM of financial institution (automaticteller ' smachine)、The POS (pointofsales) in shop、Or Internet of things device (internetofthings) is (such as: bulb、Various sensors、Ammeter or gas meter, flow meter、Automatic sprinkler、Fire alarm、Thermoregulator (thermostat)、Street lamp、Toaster (toaster)、Sports equipment、Reservoir、Heater、Water heater etc.).
According to various embodiment, electronic installation can include at least one in following device: furniture (furniture) or a part for building/structure, electron plate (electronicboard), electronic signature reception device (electronicsignaturereceivingdevice), projector (projector) or various measurement device (such as, water, electricity, combustion gas or program request measurement device etc.).
In various embodiment, electronic installation is the one or more combination in above-mentioned various device.Electronic installation according to certain embodiment can be flexible electronic device.It addition, electronic installation is not limited to above-mentioned equipment according to an embodiment of the invention, it is possible to include new electronic installation according to the development of technology.
Hereinafter, illustrate according to the electronic installation of various embodiment with reference to accompanying drawing.In this article, term " user " can represent the people using electronic installation or use the device (such as, artificial intelligence's electronic installation) of electronic installation.
Hereinafter, the input pen of the various embodiment according to the present invention, the electronic installation with input pen and application method thereof are described.
Fig. 1 represents the module map of the electronic installation of the various embodiment according to the present invention.
With reference to Fig. 1, electronic installation 100 may include that bus (bus) 110, processor 120, memorizer 130, input/output interface 150, display 160 and communication interface 170.In a certain embodiment, electronic installation 100 can save at least one in above-mentioned element or possess other elements extraly.
Bus 110 can be by above-mentioned element (such as, processor 120, memorizer 130, input/output interface 150, display 160 or communication interface 170 etc.) it is connected with each other, and transmit the circuit of communication between above-mentioned element (such as, controlling information).
Processor 120 can include one or more in following device: central processor (centralprocessingunit (CPU)), application processor (applicationprocessor (AP)) or communication processor (communicationprocessor (CP)).Processor 120 such as can perform at least one other element for electronic installation 100 control and/or to the relevant computing of communication or data process.
Processor 120 can based on the function that the reaction caused by the electric conductivity nib of input pen and the detection of reaction that caused by the resonant body of input pen are controlled electronic installation 100.Processor 120 can pass through touch sensor (such as, touch panel etc.) and detect the change of static capacity that brought by the contact of the electric conductivity nib of input pen, and the resonant frequency of the resonant body at input pen can be there is by resonant transducer (such as, digital converter (digitizer) etc.) detection.At this, touch sensor can include touch panel, and resonant transducer can include digital converter, but is not limited thereto.
According to various embodiment, processor 120 based on brought by the contact of electric conductivity nib static capacity change and determine touch input coordinate, it is possible to determine the rugosity of the line of the data to export based on the resonant frequency occurred at resonant body.It addition, processor 120 can export data by display 160 by the rugosity of determined line.
According to various embodiment, the mapping table of the resonant frequency detected with the memorizer 130 being stored in electronic installation 100 can be compared by processor 120.Such as, mapping table can be the form that the rugosity of various line is stored to form correspondence by dependent resonant frequency.According to various embodiment, processor 120 confirms whether resonant frequency has change, and when it occurs to change, it is possible to export the rugosity of the various line corresponding to resonant frequency extraly.
Memorizer 130 can include volatibility and/or nonvolatile memory.
Memorizer 130 can store the order relevant at least one other element of electronic installation 100 or data (such as, the performance of device).According to various embodiment, memorizer 130 can store software and/or program 140.Such as, program 140 can include kernel (kernel) 141, middleware (middleware) 143, application programming interfaces (API:applicationprogramminginterface) 145 or application program 147 etc..Kernel 141, middleware 143 or application programming interfaces (API) 145 can be referred to as operating system (operatingsystem (OS)) at least partially.
Kernel 141 can be embodied in other programs (such as to for execution, middleware 143, API145 or application program 147) operation or system resource (such as, bus 110, processor 120 or memorizer 130 etc.) used during function be controlled or manage.Kernel 141 can pass through close to individual other element of (access) electronic installation 100 in middleware 143, API145 or application program 147, thus providing the interface that can control or manage system resource.
Middleware 143 can perform mediating function, so that API145 or application program 147 communicate with kernel 141 and transmit/receive data.The job request received in application program 147 can be performed control by middleware 143.Such as, middleware 143 may utilize at least one application assigned in application programs 147 and the method for priority etc. of system resource can be used to perform the control (such as, scheduling (scheduling) or load balancing (loadbalancing)) for job request.
Interface that the function that API145 could be included for application programs 147 and provides in kernel 141 or middleware 143 is controlled or function (such as, instruction).Such as, API145 can comprise such as at least one interfaces such as document control, window control, image procossing or word controls.
Input/output interface 150 can perform the order received from user or other external equipments or data to be transferred to the function of the interface of other (multiple) elements of electronic installation 100.It addition, the order received from other (multiple) elements of electronic installation 100 or data can be exported other external equipments by input/output interface 150.
Display 160 such as may include that liquid crystal display (LCD), light emitting diode (LED) display, Organic Light Emitting Diode (OLED) display, MEMS (Micro-Electro-MechanicalSystems) display or Electronic Paper (electronicpaper) display.Display 160 such as can display to the user that various content (such as, text, image, video, icon or symbol etc.).Display 160 can comprise touch screen, and can receive and utilize the touch of a part of input pen (such as, electronic pen etc.) or user's body, gesture, the close or input (hoveringinput) that suspends.According to various embodiment, the display 160 for detecting the data input of input pen could be included for receiving the detection panel of plural mutually different input mode.According to an embodiment, detection panel can include at least one in electrostatic induction detection panel, resistance membrane type detection faces plate and induction detection panel.
Communication interface 170 can connect the communication between electronic installation 100 and external device (ED) (such as, the first external electronic the 102, second external electronic 104 or server 106).Such as, communication interface 170 can be communicated with the external device (ED) being connected to network 162 by radio communication or wire communication.
Radio communication is such as cellular communication protocol (Cellularcommunicationprotocol), it is, for example possible to use at least one in following technology: LTE (longtermevolution), LTE-A (advanced), CDMA (codedivisionmultipleaccess), WCDMA (wide-CDMA), UMTS (universalmobiletelecommunicationsystem), WiBro or GSM (globalsystemformobilecommunication) etc..
Radio communication is short-range communication agreement, such as can use at least one in following technology: WLAN (such as, WiFi, WiFi are direct-connected), bluetooth (Bluetooth), NFC (nearfieldcommunication) etc..
Wire communication such as can include at least one in USB (universalserialbus), HDMI (highdefinitionmultimediainterface), RS-182 (recommendedstandard182) or POTS (plainoldtelephoneservice) etc..
Network 162 can be communication network (telecomunicationsNetwork), such as can include at least one in computer network (computerNetwork) (such as, LAN or WLAN), the Internet or telephone network (telephoneNetwork).
First external electronic 102 and the second external electronic 104 can be identical with electronic installation 100 or other kinds of device respectively.Server 106 can comprise the combination of or more than one server.According to various embodiment, all operations performed in electronic installation 100 or part operation can another or multiple electronic installation (such as, external electronic 102 or 104 or server 106) in perform.According to various embodiment, when electronic installation 100 needs automatically or performs certain function or service according to request, electronic installation 100 can substitute for their own and performs function or service or extraly, to another device (such as, external electronic 102 or 104 or server 106) ask relative at least some of function.Another electronic installation (such as, external electronic 102 or 104 or server 106) the requested function of electronic installation 100 or extra function can be performed, it is possible to its result is transferred to electronic installation 100.Electronic installation 100 can directly process the result received or process received result further, thus providing the function to another electronic device requests or service.For this, for instance, it is possible to use cloud computing, dispersion calculate or client-server computing technique.
Fig. 2 indicates that the input pen utilizing the various embodiment according to the present invention axonometric chart to the state that the touch panel device of electronic installation is operated.
With reference to Fig. 2, electronic installation 100 can comprise touch panel device 101 at its front surface.The upside of touch panel device 101 can be provided with speaker unit 102, and can be provided with microphone apparatus 103 on the downside of it.
According to various embodiment, touch panel device 101 is composite touch screen device, and it could be included for identifying the touch panel (the 106 of Fig. 3) by finger or the touch of palm and for detecting the pen touch panel (the 108 of Fig. 3) of the input by input pen 1.
According to various embodiment, touch panel 106 can be the touch panel such as condenser type or resistance membrane type, and it for identifying the input of data when the finger of user directly contacts the surface of touch panel device 101.Pen touch panel 108 can apply induction touch panel (such as, digital converter), and it is before input pen 1 contacts with touch panel device 101, also is able to when being close within preset distance this is detected.
According to various embodiment, at input pen 1 near to or in contact with to touch panel device 101, electronic installation 100 can receive the input signal of input pen 1 and export the data of correspondence.Such as, electronic installation 100 can by being arranged at the nib of end of input pen 1 to determine touch input position.Electronic installation 100 can diversely show the rugosity of the data that will export on the touch input position determined by nib according to the height of the resonant body of the inside being arranged at input pen 1.Therefore, user can change gradient or the height of input pen 1 on touch panel device 101, regulates the data (such as, the rugosity of line) that will export on desired input position accordingly continuously and meticulously.
For another example, electronic installation 100 can by being arranged at the nib of end of input pen 1 to determine touch input position.The region corresponding with the touch input position determined by nib can be carried out lock locking/unlocking according to the height of the resonant body of the inside being arranged at input pen 1 by electronic installation 100, or deletes/corresponding the icon of editor.But it being not limited to this, electronic installation 100 can utilize the gradient of input pen 1 or highly control the various function that can be performed by electronic installation 100.
Fig. 3 indicates that the input pen of the various embodiment according to the present invention applies the main portion sectional view of state on the electronic device.
With reference to Fig. 3, electronic installation 100 can comprise touch panel device 101.According to various embodiment, touch panel device 101 can comprise attachment successively and arrive the window 105 in attachment space, inner side of shell, touch panel 106, display module 107 and pen touch panel 108.Touch panel 106 can utilize the mode of the rear surface being deposited with window 105 to mount, and can be pasted with the display module 107 of LCD etc. on the downside of it.
Pen touch panel 108 may include that sensor base plate (PCB), is provided with multiple X-axis coil array and Y-axis coil array with intersecting vertically；Barricade (shieldplate), is arranged at the downside of sensor base plate to shield electromagnetic wave；And adapter (connector), formed with the substrate 104 of electronic installation 100 and electrically connect.According to various embodiment, pen touch panel 108 comprises light shield coil, and therefore it can be arranged in the downside of other the touch panel 106 and display module 107 formed by transparent material.
According to various embodiment, when input pen 1 touches window 105 of electronic installation 100, electronic installation 100 can pass through touch panel 106 and confirm touch input position, it is possible to export the data under the programming mode that Current electronic device 100 is carrying out by pen touch panel 108.Such as, when programming mode is setting-out pattern, electronic installation 100 can based on the resonant frequency of input pen 1 and movement with various rugosity output lead on display module 107.
According to various embodiment, electronic installation 100 is controllable to can change the operation of gradient (or height) of input pen 1 by user to be come careful and regulates the rugosity of line continuously.In above-mentioned operation, electronic installation 100 detects the resonant frequency of the input pen 1 changed because of the gradient of user operation input pen 1, and the line rugosity form based on frequency of the memorizer being stored in electronic installation 100 is confirmed, export the rugosity of the line corresponding with incoming frequency.
Fig. 4 is the main portion sectional view of the input pen of the various embodiment according to the present invention.
With reference to Fig. 4, input pen 1 can comprise electric conductivity nib 10, conductive host 20 and resonant body 30 and substrate 50.
According to various embodiment, electric conductivity nib 10 can possess conductive material.Conductive host 20 is arranged in the top of electric conductivity nib 10, it is possible to formed with predetermined length.Resonant body 30 is arranged in the inner space 21 of conductive host 20, it is possible to comprise the coil case 31 for bringing out electromotive force and magnet 32.Substrate 50 can comprise the resonance circuit of the inductance change that sensing is caused by resonant body 30.
According to various embodiment, electric conductivity nib 10 can be arranged in the end of conductive host 20, it is possible to has the form of brush pen so that it is soft and soft.Such as, electric conductivity nib 10 can have electric conductivity at least partially.According to various embodiment, electric conductivity nib 10 can be formed by least one in conductive carbon rubber or carbon synthetic fibers.
According to various embodiment, conductive host 20 can include at least some of region and have the material of electric conductivity.Such as, conductive host 20 can be formed by least one in markite or carbon synthetic fibers, thus whole conductive host 20 can become electric conductor.For another example, conductive host 20 can comprise at least one electric conductor at least some of region.Such electric conductor can be fixed on a part for conductive host 20 by insertion or insert injection moulding mode, it is also possible to be arranged into outside or the inner side of conductive host 20 by the mode being deposited with.But be not limited thereto, at least one electric conductor can be electric conductivity adhesive tape, and electric conductivity adhesive tape can be attached at the outside of conductive host 20 or at least some of region of inner side in this case.
According to various embodiment, conductive host 20 can be made up of following manner: is formed by the non-metallic material with electric conductivity, or only has at least some of region of conductive host 20 to comprise electric conductor.This is because the resonance characteristic being arranged in the resonant body of the inside of conductive host may be subject to the interference of the conductive host formed by metal material.
According to various embodiment, coil case 31 and the magnet 32 that resonant body 30 could be included for bringing out electromotive force and generates resonant frequency.Such as, resonant body 30 can be electrically connected to substrate 50 by connecting portion 40.
According to various embodiment, coil case 31 may be embodied in the coil of multi-turn winding on the outer peripheral face of shaft-like FERRITE CORE (ferritecore).Coil case 31 is inserted in inner space 21 in the way of preventing from moving about in the inner space 21 of conductive host 20, or is fixed on substrate 50.According to various embodiment, magnet 32 can use ferrite chip (ferritechip) or Magnet.
Fig. 5 a to Fig. 5 c indicates that the electric conductor according to various embodiment is arranged in the main portion perspective view of the state of the conductive host of input pen.
As it has been described above, the conductive host 20 of input pen 1 is formed by conductive material, such that it is able to have electric conductivity.But be not limited thereto, conductive host 20 can comprise at least one electric conductor on its at least some of region.At this, electric conductor can be the metal that electric conductivity is higher, but is not limited thereto.
As shown in Figure 5 a, electric conductor 70 is inserted into a part for conductive host 20 and arranges.Such as, electric conductor 70 can be fixed on the outside of conductive host 20 or at least some of region of inner side by insert injection moulding mode.According to another embodiment, as shown in Fig. 5 b and Fig. 5 c, electric conductor 70 can be arranged in the way of at least some of region in the outside or inner side that are attached at conductive host 20.Such as, electric conductor 70 can be arranged in the outside of conductive host 20 or at least some of region of inner side by evaporation mode.
According to various embodiment, electric conductor 70 can be electric conductivity adhesive tape, and in the case, electric conductivity adhesive tape can be attached at the outside of conductive host 20 or at least some of region of inner side.According to various embodiment, electric conductor 70 can be arranged in the outer surface of conductive host 20 and is decoration (decoration) by dual-purpose.According to various embodiment, the conductive host 20 of input pen 1 only illustrates and describes an electric conductor 70, but be not limited thereto.Such as, conductive host 20 can arranging or attach multiple electric conductor, it can make at least some of region of conductive host 20 possess electric conductivity.
The input pen of the various embodiment according to the present invention comprises: conductive host；Electric conductivity nib, is arranged in the end of described conductive host, and detects sensor response with first；And resonant body, it is arranged in the inside of described conductive host, and detects sensor response with second, wherein, described electric conductivity nib can electrically connect or be physically connected to described conductive host.
According to various embodiment, at least one electric conductor can be comprised at least some of region of described conductive host.
According to various embodiment, at least one electric conductor described can be fixed on a part for described conductive host by insert injection moulding mode.
According to various embodiment, conductive material can be arranged in the lateral surface of described conductive host or at least some of region of medial surface by the mode being deposited with.
According to various embodiment, at least one electric conductor described can comprise electric conductivity adhesive tape, and described electric conductivity adhesive tape can be attached at the lateral surface of described conductive host or at least some of region of medial surface.
According to various embodiment, described first detection sensor is the capacitive touch panels of the contact position for detecting described electric conductivity nib, and described second detection sensor could be for detecting the induction panel of the resonant frequency of described resonant body.
According to various embodiment, can being formed by least one in conductive carbon rubber or carbon synthetic fibers at least partially of described electric conductivity nib.
According to various embodiment, described conductive host can be formed by the non-metallic material with electric conductivity.
The electronic installation of the various embodiment according to the present invention may include that the first detection sensor, for detecting the reaction caused by the electric conductivity nib of input pen；Second detection sensor, for detecting the reaction caused by the resonant body of described input pen；And processor, based on the function that the reaction caused by described electric conductivity nib and the detection of reaction that caused by described resonant body are controlled described electronic installation.
According to various embodiment, described first detection sensor could be for detecting the capacitive type touch pad of the contact position of described electric conductivity nib, and described second detection sensor could be for detecting the induction panel of the resonant frequency of described resonant body.
According to various embodiment, described processor can determine touch input coordinate based on the contact position of described electric conductivity nib, it is possible to determine the rugosity of the line to export based on the resonant frequency of described resonant body.
According to various embodiment, described processor can with the rugosity of the described line determined to export data.
Fig. 6 is for utilizing the input pen according to various embodiment of the present invention to control the flow chart of the method for the function of electronic installation.
With reference to Fig. 6, in operating procedure 600, electronic installation (such as, electronic installation 100) can detect the reaction caused by the electric conductivity nib of input pen and the reaction caused by the resonant body of input pen.
According to various embodiment, electronic installation can confirm that whether input pen touches on the touch panel device of electronic installation.Such as, electronic installation is when the electric conductivity nib of input pen touches touch panel device, it is possible to confirm the change being brought static capacity by the contact of electric conductivity nib.
According to various embodiment, electronic installation can detect the resonant frequency occurred in the resonant body of input pen.Such as, when input pen is placed or is close to touch panel device, electronic installation can detect the resonant frequency occurred in input pen by digital converter.
According to various embodiment, electronic installation can first detect the reaction caused by the electric conductivity nib of input pen, detects the reaction caused by the resonant body of input pen afterwards again.It addition, electronic installation can also detect the reaction caused by the electric conductivity nib of input pen and the reaction caused by the resonant body of input pen simultaneously.
In operating procedure 610, electronic installation can based on the function that the reaction caused by electric conductivity nib and the detection of reaction that caused by resonant body control electronic installation.
According to various embodiment, electronic installation can confirm change location or the changing value of static capacity by touch panel device, it is possible to perform the function of correspondence according to the change location of static capacity or changing value.Such as, electronic installation can by the change of static capacity at home display or the specific upper touch input position shown for performing specific function of application program display picture (such as, notes application program, website application program etc.).
According to various embodiment, electronic installation can detect resonant frequency by Resonance detector sensor, and perform the function of correspondence according to the resonant frequency detected.Such as, electronic installation can export the rugosity of the line corresponding with the resonant frequency detected on shown input position.According to various embodiment, the resonant frequency detected and the mapping table being stored in electronic installation can be compared by electronic installation.Such as, mapping table can be the form that the rugosity of various line is stored to form correspondence by resonant frequency.According to various embodiment, processor 120 confirms whether resonant frequency there occurs change, when occurring to change, it is possible to the rugosity of various line that output is corresponding with resonant frequency extraly.
Fig. 7 is for utilizing the input pen according to various embodiment of the present invention to perform the flow chart of the method for the function of correspondence.
With reference to Fig. 7, in operating procedure 700, electronic installation (such as, electronic installation 100) can enter input pen pattern.According to various embodiment, electronic installation can perform input pen related application in order to enter for receiving the input pen pattern of the input by input pen.
In operating procedure 710, electronic installation can confirm that the change of static capacity is whether.According to various embodiment, electronic installation can confirm that whether input pen touches the touch panel device of electronic installation.Such as, when the electric conductivity nib of input pen touches touch screen, electronic installation can confirm that the change of the static capacity brought by the contact of electric conductivity nib.
After confirming the change of static capacity, in operating procedure 720, electronic installation can perform the first function based on the change of static capacity.According to various embodiment, electronic installation can perform the first function based on the change of electric capacity.According to various embodiment, electronic installation can confirm change location or the changing value of static capacity by touch panel device, it is possible to perform the function of correspondence according to the change location of static capacity or changing value.Such as, the first function can be the function at home display or the specific upper input position shown for performing the second function of application program display picture (such as, notes application program, website application program etc.).
In operating procedure 730, electronic installation can confirm that whether resonant frequency detected.According to various embodiment, electronic installation can detect, by Resonance detector sensor (such as, digital converter etc.), the resonant frequency that the resonant body at input pen occurs.
When resonant frequency being detected, in operating procedure 740, electronic installation can perform second function corresponding with resonant frequency.According to various embodiment, the resonant frequency detected and the function mapping table being stored in electronic installation can be compared by electronic installation.Such as, function mapping table can be the form that various function is obtained to form correspondence storage by dependent resonant frequency.This various function can be that the region corresponding with shown input position carries out lock locking/unlocking, or to the function etc. that the icon corresponding with shown input position is deleted/edited.But be not limited thereto, the second function can also include the various function set by user.
Fig. 8 is for utilizing the input pen according to various embodiment of the present invention to regulate the flow chart of the method for the line rugosity of the data to export.
With reference to Fig. 8, in operating procedure 800, electronic installation (such as, electronic installation 100) can enter input pen pattern.According to various embodiment, electronic installation can perform the application program relevant to input pen in order to enter for receiving the input pen pattern of the input by input pen.
In operating procedure 810, electronic installation can confirm that the change of static capacity is whether.According to various embodiment, electronic installation can confirm that whether input pen contacts with the touch panel device of electronic installation.Such as, when the electric conductivity nib of input pen touches touch panel device, electronic installation can confirm that the change of the static capacity brought by the contact of electric conductivity nib.
When the change confirming static capacity, in operating procedure 820, electronic installation can determine touch coordinate based on the change of static capacity.According to various embodiment, electronic installation can confirm change location or the changing value of static capacity by touch panel device, it is possible to confirms the associated touch coordinate on touch panel device according to the change location of static capacity or changing value.
In operating procedure 830, electronic installation can confirm that whether resonant frequency detected.According to various embodiment, electronic installation can pass through the resonant frequency occurred in the resonant body of Resonance detector sensor (such as, digital converter etc.) detection input pen.
When resonant frequency being detected, in operating procedure 840, electronic installation can determine the rugosity of the line to export based on the resonant frequency detected.According to various embodiment, the resonant frequency detected and the mapping table being stored in electronic installation can be compared by electronic installation.Such as, mapping table can be the form various line rugosity being formed correspondence storage by dependent resonant frequency and drawing.
In operating procedure 850, electronic installation can export the rugosity of determined line on determined touch coordinate.According to various embodiment, electronic installation can confirm that whether resonant frequency changes, when it occurs to change, it is possible to various line rugosity that output is corresponding with resonant frequency extraly.
The operational approach of the electronic installation of the various embodiment according to the present invention can include following operation: detects the reaction caused by the electric conductivity nib of input pen and the reaction caused by the resonant body of input pen；And based on the reaction caused by described electric conductivity nib and the detection of reaction that caused by described resonant body being controlled the function of described electronic installation.
According to various embodiment, the electric conductivity nib of described input pen the reaction caused can utilize the capacitive touch panels of the contact position for detecting described electric conductivity nib to detect；The reaction caused by the resonant body of described input pen can utilize the induction panel of the resonant frequency for detecting described resonant body to detect.
According to various embodiment, the operation of the function controlling described electronic installation can include following operation: the contact position based on described electric conductivity nib determines touch input coordinate；And the resonant frequency based on described resonant body determines the line rugosity to export.
According to various embodiment, it is also possible to include the rugosity with the described line determined to export the operation of data.
The above-mentioned element of the electronic installation of the various embodiment according to the present invention can be made up of one or more parts (component) respectively, and the title of relevant element can be different according to the kind of electronic installation.The electronic installation of the various embodiment according to the present invention can comprise at least one in above-mentioned element and constitute, and can save a part of element or also can comprise other extra elements.It addition, can combine according to the part in the element of the electronic installation of the various embodiment of the present invention and constitute body (entity) one by one, such that it is able to perform with combine before the identical function of the function of element of correspondence.
The term " module " used in this manual such as may mean that the unit (unit) of one or two the above compositionss comprised in hardware, software or firmware (firmware)." module " such as can replace the term that use (interchangeablyuse) is following: unit (unit), logic (logic), logical block (logicalblock), parts (component) or circuit (circuit) etc.." module " can be the minimum unit of the parts being integrally constituted or a part therein." module " could be for performing the minimum unit of one or more function or a part therein." module " can embody with machinery or electronic form.Such as, " module " could be included for performing at least one in ASIC (application-specificintegratedcircuit) chip of certain operation that is known or that develop in the future, FPGAs (field-programmablegatearrays) or programmable logic device (programmable-logicdevice).
To according to the device of various embodiment (such as, module or its function) or method is (such as, operation) at least some of, for instance can be embodied by the instruction being stored in computer-readable recording medium (computer-readablestoragemedia) with program module form.When being performed instruction by processor (such as, processor 120), more than one processor can perform the function corresponding with instruction.Computer-readable recording medium can be such as memorizer 130.
Computer-readable recording medium can include following device: hard disk, floppy disk, magnetizing mediums (magneticmedia) is (such as, tape), optical recording media (opticalmedia) is (such as, CD-ROM (compactdiscreadonlymemory), DVD (digitalversatiledisc), magnetic-light medium (magneto-opticalmedia) is (such as, soft CD (flopticaldisk)), hardware unit is (such as, ROM (readonlymemory), RAM (randomaccessmemory), or flash memory etc.) etc..It addition, program command not only comprises the mechanical code made by compiler, it is also possible to comprise the higher-level language code that can use interpreter (interpreter) etc. and performed by computer.Above-mentioned hardware unit is perform the operation of various embodiment and can be operated by more than one software module, and vice versa.
Module according to various embodiment or program module can comprise at least more than one in above-mentioned element, or a part is omitted, or can also comprise other extra elements.According to the module of various embodiment, program module or the operation that performs by other elements can pass through according to the order of sequence, arranged side by side, repeatedly or heuristic (heuristic) method performs.It addition, part operation can perform, omit or also can add other operation by other order.
And, embodiment disclosed herein be to aid in the explanation to technology contents and understanding and disclosed in, it is not intended to the scope of various embodiment of the limitation present invention.Therefore, the scope of various embodiment of the present invention needs to be interpreted the concept that all of change of the technological thought by the various embodiment based on the present invention or other various embodiments are included.
Claims (16)
1. an input pen, comprises:
Conductive host；
Electric conductivity nib, is arranged in the end of described conductive host, and detects sensor response with first；And
Resonant body, is arranged in the inside of described conductive host, and detects sensor response with second,
Wherein, described electric conductivity nib electrically connects or is physically connected to described conductive host.
2. input pen as claimed in claim 1, wherein,
At least some of region of described conductive host comprises at least one electric conductor.
3. input pen as claimed in claim 2, wherein,
At least one electric conductor described is fixed on a part for described conductive host by insert injection moulding mode.
4. input pen as claimed in claim 2, wherein,
Conductive material is arranged in the lateral surface of described conductive host or at least some of region of medial surface by the mode being deposited with.
5. input pen as claimed in claim 2, wherein,
At least one electric conductor described comprises electric conductivity adhesive tape,
Described electric conductivity adhesive tape is attached at the lateral surface of described conductive host or at least some of region of medial surface.
6. input pen as claimed in claim 1, wherein,
Described first detection sensor is the capacitive touch panels of the contact position for detecting described electric conductivity nib,
Described second detection sensor is the induction panel of the resonant frequency for detecting described resonant body.
7. input pen as claimed in claim 1, wherein,
At least some of formation by least one in conductive carbon rubber or carbon synthetic fibers of described electric conductivity nib.
8. input pen as claimed in claim 1, wherein,
Described conductive host is formed by the nonmetallic materials with electric conductivity.
9. an electronic installation, comprises:
First detection sensor, for detecting the reaction caused by the electric conductivity nib of input pen,
Second detection sensor, for detecting the reaction caused by the resonant body of described input pen, and
Processor, based on to the reaction caused by described electric conductivity nib and the function being controlled described electronic installation by the detection of the reaction of described resonant body.
10. electronic installation as claimed in claim 9, wherein,
Described first detection sensor is the capacitive touch panels of the contact position for detecting described electric conductivity nib,
Described second detection sensor is the induction panel of the resonant frequency for detecting described resonant body.
11. such as the electronic installation of claim 10, wherein,
Described processor determines touch input coordinate based on the contact position of described electric conductivity nib, and determines the rugosity of the line to export based on the resonant frequency of described resonant body.
12. such as the electronic installation of claim 11, wherein,
Described processor with the rugosity of the described line determined to export data.
13. an operational approach for electronic installation, including following operation:
Detect the reaction caused by the electric conductivity nib of input pen and the reaction caused by the resonant body of described input pen；
Based on the function that the reaction caused by described electric conductivity nib and the detection of reaction that caused by described resonant body are controlled described electronic installation.
14. the operational approach of electronic installation as claimed in claim 13, wherein,
The reaction caused by the electric conductivity nib of described input pen is detected by the capacitive touch panels of the contact position for detecting described electric conductivity nib,
The reaction caused by the resonant body of described input pen is detected by the induction panel of the resonant frequency for detecting described resonant body.
15. the operational approach of electronic installation as claimed in claim 14, wherein,
The operation controlling the function of described electronic installation includes following operation:
Contact position based on described conductive pen point determines touch input coordinate；And
The rugosity of the line to export is determined based on the resonant frequency of described resonant body.
16. the operational approach of electronic installation as claimed in claim 15, wherein,
Also include following operation:
Data are exported with the rugosity of the described line determined.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR1020150000121A KR20160083693A (en) | 2015-01-02 | 2015-01-02 | A input pen, electronic device having the input pen and operating method thereof |
| KR10-2015-0000121 | 2015-01-02 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105759996A true CN105759996A (en) | 2016-07-13 |
Family
ID=56342335
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610006466.1A Pending CN105759996A (en) | 2015-01-02 | 2016-01-04 | Input pen, electronic device provided with input pen, and operation method thereof |
Country Status (2)
| Country | Link |
|---|---|
| KR (1) | KR20160083693A (en) |
| CN (1) | CN105759996A (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20200116331A (en) * | 2019-04-01 | 2020-10-12 | 주식회사 하이딥 | Stylus pen |
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| Publication number | Publication date |
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| KR20160083693A (en) | 2016-07-12 |
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