CN205721670U - True person's handwriting pointer with radio-frequency receiving-transmitting transfer function and contactor control device - Google Patents
True person's handwriting pointer with radio-frequency receiving-transmitting transfer function and contactor control device Download PDFInfo
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- CN205721670U CN205721670U CN201620372726.2U CN201620372726U CN205721670U CN 205721670 U CN205721670 U CN 205721670U CN 201620372726 U CN201620372726 U CN 201620372726U CN 205721670 U CN205721670 U CN 205721670U
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Abstract
The utility model discloses true person's handwriting pointer and the contactor control device of a kind of band radio-frequency receiving-transmitting transfer function.Wherein, true person's handwriting pointer with radio-frequency receiving-transmitting transfer function includes the battery in a shell, a shell, the circuit system in a shell and the style of writing pressure control sense assembly in a shell and touch module, and style of writing pressure control sense assembly includes nib, nib touch switch and pen point pressure induction apparatus；Circuit system includes that charging circuit, power supply control and time delayed turn-off circuit, power supply voltage converting circuit, function button, rf modulations and RF transmit-receive circuit and a signal generating circuit；Rf modulations is connected described pen point pressure induction apparatus with RF transmit-receive circuit and described function button obtains pen point pressure signal and function key signal respectively；So the contactor control device that pointer of the present utility model and pointer and touch module are constituted has an extremely strong noiseproof feature, and having the writing effect of true person's handwriting, its function key is at peripheral hardware any functions of shortcut key of end definable.
Description
Technical field
This utility model relates to a kind of pointer；Particularly relate to a kind of there is my true person's handwriting write in record and the true person's handwriting pointer with radio-frequency receiving-transmitting function and contactor control device.
Background technology
Along with the progress and development of electronic product, inductor applications is more and more extensive.Current induction apparatus has condenser type and electromagnetic type two kinds, by the effective district of touch-control sensing of touch-control handwriting pen contact touch-control hand input device touch-control sensor, to realize hand-write input function.
Patent CN200810089922 " capacitance pen " discloses a kind of capacitance pen, and including conductive plate, connector and conductive stylus body, connector is connected between conductive plate and a body, so that a body and conductive plate can be with relative motioies.Because connector makes inconvenient operation, and existing pointer is by the simple hand-write input function of circuit realiration, does not write pressure sensitive function, can not be according to the pressure size being applied in pointer, exporting different pressure signals, function singleness, output is simple；Though or have a pressure detecting function, the stroke of detection pressure is big, and writing experience sense is bad, it is achieved mode is complicated, with high costs；And can not accurately react the handwriting characteristic of writer.
It addition, existing touch-control pen type generally uses single-mode, it is impossible to take into account condenser type and inductance type induction apparatus, often can only be suitable for condenser type or inductance type induction apparatus；And present all kinds of electromagnetism and capacitive touch pen are all the signal work using regular worker's working frequency, in the external world as occurred with the same or analogous signal of operating frequency, it are highly prone to interference and cause job insecurity.
Utility model content
In order to overcome drawbacks described above, this utility model provides true person's handwriting pointer and the contactor control device of band radio-frequency receiving-transmitting function, there is electromagnetic mode, capacitive or the time writer of electromagnetism capacitive dual-mode formula, capacitance inductor can be suitable for, or electromagnetic type induction apparatus, or capacitance inductor and electromagnetic type induction apparatus can hold concurrently applicable, there is the true person's handwriting function writing pressure sensitive, be provided with can the RF transmit-receive circuit of emitting and receiving radio-frequency signal simultaneously, the anti-interference function that frequency hopping operation reaches the strongest can be carried out when operating frequency runs into external interference, solve the problem such as occurring being highly prone to interference during signal same or analogous with operating frequency in the external world and cause job insecurity.
This utility model provides the true person's handwriting pointer of band radio-frequency receiving-transmitting function, including various modes touch controllable function, there are electromagnetic mode pointer, the first capacitive pointer, the second capacitive pointer, the 3rd capacitive pointer, the first electromagnetism capacitive dual-mode formula pointer, the second electromagnetism capacitive dual-mode formula pointer and the 3rd electromagnetism capacitive dual-mode formula pointer.Concrete, following technical scheme:
With the true person's handwriting pointer of radio-frequency receiving-transmitting transfer function, including the style of writing pressure control sense assembly in the battery in a shell, a shell, the circuit system in a shell and a shell,
Style of writing pressure control sense assembly includes nib, nib touch switch and pen point pressure induction apparatus；
Circuit system includes that charging circuit, power supply control and time delayed turn-off circuit, power supply voltage converting circuit, function button, rf modulations and RF transmit-receive circuit and a signal generating circuit；
Power supply voltage converting circuit connects power supply and controls, with time delayed turn-off circuit, system power supply is converted into constant working power voltage,
Rf modulations is connected nib pressure inductor with RF transmit-receive circuit and function button obtains pen point pressure signal and function key signal, and rf modulations output rf modulated signal respectively；Rf modulations and RF transmit-receive circuit can receive radiofrequency signal, and to a signal generating circuit output Frequency Hopping Signal.
The exportable electromagnetic signal of signal generating circuit and/or electric field signal；Signal generating circuit connects rf modulations and obtains Frequency Hopping Signal with transmission circuit and carry out frequency hopping operation.
Preferably, electromagnetic signal and/or the electric field signal of a signal generating circuit output includes nib overhead positions signal and nib trajectory signal.
Preferably, pen point pressure induction apparatus is presser sensor resistance.
Preferably, pen point pressure induction apparatus is presser sensor electric capacity.
Preferably, a shell includes a case nose and an outer casing back.
Arranging battery and a circuit system in outer casing back, an outer casing back is conductive metal material.
Arranging style of writing pressure control sense assembly in case nose, a case nose is insulant.
Preferably, a signal generating circuit connects electromagnetic signal output electricity circle output alternating electromagnetism signal, and electromagnetic signal output electricity circle is the loop coil with the plain conductor coiling of surface insulation.
Preferably, a signal generating circuit connects electric field signal active antenna output electric field signal, and electric field signal active antenna is the electric conductor being made up of one section of conductive material.
Preferably, a signal generating circuit connects electric field signal active antenna output electric field signal, and the nib that conductive material is made can also serve as electric field signal active antenna.
Preferably, nib touching produces pressure transmission effect to nib touch switch and pen point pressure sensor.
Preferably, the power supply of a circuit system controls and is delayed to turn off the power output that circuit is provided with the power inlet being connected battery, connects power supply voltage converting circuit, the style of writing switching signal control mouth connecting nib touch switch；Style of writing switching signal controls mouth and connects touch switch acquisition signal, after getting touch switch Continuity signal, will turn between power inlet and power output, and a circuit system will enter duty；Not receiving connection touch switch short circuit Continuity signal time in working order for a long time, can disconnect between power inlet and power output, circuit system will enter off-mode.
Preferably, the power supply of circuit system controls and is delayed to turn off circuit and is additionally provided with and is connected the power source charges control mouth of charging circuit, when power source charges controls to enter charged state after mouth obtains charging signals, can disconnect between power inlet and power output, a circuit system will lock into off-mode.
This utility model additionally provides a kind of contactor control device, contactor control device includes the pointer of various modes band radio-frequency receiving-transmitting function, also include touch module, having electromagnetic mode contactor control device, the first capacitive contactor control device, the second capacitive contactor control device, the 3rd capacitive contactor control device, the first electromagnetism capacitive dual-mode formula contactor control device, the second electromagnetism capacitive dual-mode formula contactor control device and the 3rd electromagnetism capacitive dual-mode formula contactor control device, concrete technical scheme is as follows:
Contactor control device includes true person's handwriting pointer and the touch module of band radio-frequency receiving-transmitting transfer function provided above, touch module includes touch-control sensor, touch-control processor and connects the RF transmit-receive circuit of touch-control processor, and touch module can receive radiofrequency signal and electromagnetic signal and/or the electric field signal of true person's handwriting pointer output.
Preferably, RF transmit-receive circuit is 2.4GHZ RF transmit-receive circuit, including bluetooth transmission circuit and/or WIFI transmission circuit.
Preferably, touch module is electromagnetic touch module, and electromagnetic touch module includes electromagnetic touch induction apparatus, electromagnetic touch processor and connects the RF transmit-receive circuit of electromagnetic touch processor.
Preferably, touch module is capacitance touching control module, and capacitance touching control module includes capacitance touching control induction apparatus, capacitance touching control processor and connects the RF transmit-receive circuit of capacitance touching control processor.
Preferably, touch module is electromagnetism capacitive dual-mode group, and electromagnetism capacitive dual-mode group includes electromagnetism module and electric capacity module；Electromagnetism module includes electromagnetic touch induction apparatus, electromagnetic touch processor and RF transmit-receive circuit, and electric capacity module includes capacitance touching control induction apparatus, capacitance touching control processor and RF transmit-receive circuit.
Preferably, the capacitance touching control induction apparatus antenna element of capacitance touching control induction apparatus receives the electric field signal that true person's handwriting pointer is produced by electric field signal active antenna, then electric field signal is become electric field induction signal and is input to capacitance touching control processor, RF transmit-receive circuit receives true person's handwriting pointer and by rf modulations and the radiofrequency signal of RF transmit-receive circuit transmitting and sends to capacitance touching control processor, demodulates peripheral hardware discernible signal by capacitance touching control processor and is transferred to peripheral hardware.
Preferably, the electromagnetic touch induction apparatus antenna element of the electromagnetic touch induction apparatus of electromagnetic touch module receives the alternating electromagnetism signal that electromagnetic mode pointer is produced by electromagnetism output winding, then alternating electromagnetism signal is become electromagnetic induction signal and be input to electromagnetic touch processor, RF transmit-receive circuit receives true person's handwriting pointer and by rf modulations and the radiofrequency signal of RF transmit-receive circuit transmitting and sends to electromagnetic touch processor, demodulates peripheral hardware discernible signal by electromagnetic touch processor and is transferred to peripheral hardware.
Preferably, in electromagnetism capacitive dual-mode group, the electromagnetic touch induction apparatus antenna element of electromagnetic touch module and the capacitance touching control induction apparatus antenna element of capacitance touching control module obtain alternating electromagnetism signal and electric field signal respectively；Alternating electromagnetism signal is become electromagnetic induction signal and is input to electromagnetic touch processor by electromagnetic touch induction apparatus antenna element, RF transmit-receive circuit receives true person's handwriting pointer and by rf modulations and the radiofrequency signal of RF transmit-receive circuit transmitting and sends to electromagnetic touch processor, demodulates peripheral hardware discernible signal by electromagnetic touch processor and is transferred to peripheral hardware；Electric field signal is become electric field induction signal and is input to capacitance touching control processor by capacitance touching control induction apparatus antenna element, RF transmit-receive circuit receives true person's handwriting pointer and by rf modulations and the radiofrequency signal of RF transmit-receive circuit transmitting and sends to capacitance touching control processor, demodulates peripheral hardware discernible signal by capacitance touching control processor and is transferred to peripheral hardware.
Preferably, after the electromagnetic touch module of the double touch module of electromagnetism electric capacity is arranged on capacitance touching control module, electromagnetic touch processor sends capacitance touching control module shutdown signal to capacitance touching control processor, keeps electromagnetic touch pattern preferential.
Preferably, after the capacitance touching control module of the double touch module of electromagnetism electric capacity is arranged on electromagnetic touch module, capacitance touching control processor sends electromagnetic touch module shutdown signal to electromagnetic touch processor, and holding capacitor control mode touch mode is preferential.
Preferably, peripheral hardware discernible signal includes nib overhead positions signal, nib trajectory signal, a pressure sensitivity signal and/or function key signal.
Preferably, capacitance touching control induction apparatus, electromagnetic touch induction apparatus, computer and/or mobile phone it are set to outward.
Compared with prior art, the true person's handwriting pointer of this utility model offer and contactor control device, have the advantages that
1) true person's handwriting pointer and the contactor control device of the band radio-frequency receiving-transmitting function that this utility model provides includes various modes touch controllable function, has electromagnetic mode, capacitive and electromagnetism capacitive dual-mode formula, can take into account condenser type and inductance type induction apparatus.
2) when using the true person's handwriting pointer of band radio-frequency receiving-transmitting function that this utility model provides and contactor control device to write, the difference of the pressure size can being applied in pointer according to input, export different pressure signals, formed and can reflect the true person's handwriting writing user.
3) the true person's handwriting pointer of band radio-frequency receiving-transmitting function of the present utility model and contactor control device be provided with can the RF transmit-receive circuit of emitting and receiving radio-frequency signal, the anti-interference function that frequency hopping operation reaches the strongest can be carried out when operating frequency runs into external interference.
4) by the true person's handwriting pointer of band radio-frequency receiving-transmitting function of the present utility model can be sensitiveer reception pen point pressure and function key signal, by modulation circuit accurately and timely modulate electromagnetic signal and/or electric field signal to corresponding touch module, the sensitiveest accurate signal of output timely reflects the true person's handwriting of user in real time.
5) using the true person's handwriting pointer of band radio-frequency receiving-transmitting function of the present utility model and contactor control device easy to operate, with a pressure detecting function, writing experience sense is good, it is achieved mode is simple, with low cost, and can not accurately react the handwriting characteristic of writer.
Accompanying drawing explanation
Fig. 1 is the circuit diagram of the true person's handwriting pointer with radio-frequency receiving-transmitting function of this utility model embodiment.
Fig. 2 .1 is the structural representation of the electromagnetic touch-control device of this utility model embodiment.
Fig. 2 .2 is the circuit diagram of the electromagnetic touch-control device of this utility model embodiment.
Fig. 3 .1 is the structural representation of the first capacitance touch-control device of this utility model embodiment.
Fig. 3 .2 is the circuit diagram of the first capacitance touch-control device of this utility model embodiment.
Fig. 4 .1 is the structural representation of the second capacitance touch-control device of this utility model embodiment.
Fig. 4 .2 is the circuit diagram of the second capacitance touch-control device of this utility model embodiment.
Fig. 5 .1 is the structural representation of the first electromagnetism capacitance touch-control device of this utility model embodiment.
Fig. 5 .2 is the circuit diagram of the first electromagnetism capacitance touch-control device of this utility model embodiment.
Fig. 6 .1 is the structural representation of the second electromagnetism capacitance touch-control device of this utility model embodiment.
Fig. 6 .2 is the circuit diagram of the second electromagnetism capacitance touch-control device of this utility model embodiment.
Detailed description of the invention
For making the purpose of this utility model embodiment, technical scheme and advantage clearer, below in conjunction with the accompanying drawing in this utility model embodiment, technical scheme in this utility model embodiment is clearly and completely described, obviously, described embodiment is a part of embodiment of this utility model rather than whole embodiments.Generally can with various different configurations arrange and design with the assembly of this utility model embodiment that illustrate described in accompanying drawing herein.Therefore, the detailed description to the embodiment of the present utility model provided in the accompanying drawings is not intended to limit claimed scope of the present utility model below, but is merely representative of selected embodiment of the present utility model.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of this utility model protection.
Embodiment 1
The true person's handwriting pointer that the present embodiment provides includes battery, the circuit system 100 in a shell and the style of writing pressure control sense assembly 300 in a shell in a shell, a shell, and a shell includes a case nose and an outer casing back；Arranging battery 601 and a circuit system 100 in outer casing back, an outer casing back is conductive metal material；Arranging style of writing pressure control sense assembly 300 in case nose, a case nose is insulant.
Fig. 1 is the circuit diagram of the true person's handwriting pointer of the band radio-frequency receiving-transmitting function of this utility model embodiment, and a circuit system 100 includes that charging circuit 101, power supply control and time delayed turn-off circuit 102, power supply voltage converting circuit 103, function button 105, rf modulations and RF transmit-receive circuit 104 and a signal generating circuit 106；Style of writing pressure control sense assembly 300 includes nib 303, nib touch switch 302 and pen point pressure induction apparatus 301；
Pen point pressure induction apparatus 301 is presser sensor resistance or presser sensor electric capacity, pointer uses nib 303 touching of style of writing pressure control sense group 300 when writing to produce touching pressure transmission effect and triggers switch 302 to nib, and shake-up nib is triggered switch 302 by the touching pressure of nib makes nib trigger switch conduction；Nib touching pressure can transmit simultaneously and act on to pen point pressure induction apparatus 301, makes the resistance of pen point pressure induction apparatus 30 or capacitance can occur to change accordingly along with the size of nib touching pressure.
Battery 601 is the disposable battery and/or rechargeable battery changed, and battery 601 at least includes that rechargeable battery, charging circuit 101 can be the wired charging circuits of contact in the present embodiment, it is also possible to be contactless wireless charging circuit.
Power supply voltage converting circuit 103 connects power supply and controls, with time delayed turn-off circuit 102, system power supply is converted into constant working power voltage.
Power supply controls and is delayed to turn off the power output VOUT that circuit 102 is provided with the power inlet VIN being connected battery, connects power supply voltage converting circuit 103, the style of writing switching signal control mouth PC connecting nib touch switch 302；Style of writing switching signal controls mouth PC connection touch switch 302 and obtains switching signal, and when, after the Continuity signal getting touch switch 302, turning between power inlet VIN and power output VOUT, a circuit system 100 starts power supply and enters duty；When not receiving the Continuity signal connecting touch switch 302 for a long time time in working order, can disconnect between power inlet VIN and power output VOUT, a circuit system 100 will enter off-mode；
Power supply control be delayed to turn off circuit 102 be additionally provided be connected charging circuit 101 power source charges control mouth CC, when power source charges controls to enter charged state after mouth CC obtains charging signals, now can disconnect between power inlet VIN and power output VOUT, a circuit system 100 will lock into off-mode and is charged.
Rf modulations and RF transmit-receive circuit 104 connect nib pressure inductor 301 and function button 105, and function button 105 can arrange one or more button, arrange two buttons in the present embodiment；Presser sensor resistance signal that rf modulations and RF transmit-receive circuit 104 obtain from pen point pressure sensor 301 or presser sensor capacitance signal and the function key signal obtained from function button 105 export radiofrequency signal after carrying out rf modulations；Rf modulations and RF transmit-receive circuit 104 also receive radiofrequency signal, when radiofrequency signal includes disturbing signal, export Frequency Hopping Signal, rf modulations and RF transmit-receive circuit 104 to described signal generating circuit 106 and can send Frequency Hopping Signal continuously, until no longer receiving interference signal.
It is phaselocked loop oscillating circuit that signal produces signal circuit 106, connect rf modulations and RF transmit-receive circuit 104 obtains Frequency Hopping Signal, signal produces the exportable electromagnetic signal of signal circuit 106, electric field signal or electromagnetism electric field signal, when receiving the Frequency Hopping Signal of rf modulations and RF transmit-receive circuit 104, signal produces signal circuit 106 and carries out frequency modulation operation, being transferred to new working frequency points and be operated output electromagnetic signal and/or electric field signal, a signal produces signal circuit 106 can carry out continuous frequency modulation operation；
Concrete, a signal generation signal circuit 106 connects electromagnetic signal output electricity circle 501 output alternating electromagnetism signals, and a signal generation signal circuit 106 connects electric field signal active antenna 401 and exports electric field signal；
Electromagnetic signal output winding 501 is to be coiled into loop coil with the minimum one layer of multi-turn of the plain conductor of surface insulation is close, can be enamel-covered wire copper cash or silver wire, can also be cotton covered wire copper cash or silver wire, magnetic core can be set inside coil to reduce the volume of electromagnetic signal output winding 501, promoting signal output intensity and the delivery efficiency of electromagnetic signal output winding 501, annular electro magnetic signal output winding 501 is arranged on the nib near its circumference in a case nose；
Electric field signal active antenna 401 is the electric conductor of one section of arbitrary shape, can be endless metal, conductive rubber or the wire of one section of curling, nib 303 near its circumference being arranged in a case nose；
The nib 303 that conductive material is made can double as electric field signal active antenna 401 and use, and is so not required to arrange specially a conductor as electric field signal active antenna, decreases element and arrange, simplify volume, saved cost；
The nib 303 made in conductive material doubles as on the basis of electric field signal active antenna 401 uses, arrange another section of electric conductor also serve as electric field signal active antenna and be connected with nib 303 simultaneously, by this structure, make electric field signal output more accurate, add the sensitivity of pointer.
Nib overhead positions signal during the state of use and nib trajectory signal are finally exported to peripheral hardware by pointer by electric field signal and/or electromagnetic signal, a pressure sensitivity signal and function key signal are finally exported peripheral hardware by radiofrequency signal, function button 105 is in peripheral hardware any function of end definable, the left/right key of mouse can be defined as, it is also possible to the start button of APP application program, draw erasing key, picture zoom shortcut and sectional drawing shortcut etc. when being set to outward panel computer.
When a signal generating circuit 106 only arranges electromagnetism output winding 501, only exporting electromagnetic signal, the trueest person's handwriting pointer is electromagnetic mode pointer 110；
When a signal generating circuit 106 only arranges electric field signal active antenna 401, only exporting electric field signal, and use the electric conductor of one section of arbitrary shape to constitute electric field signal active antenna 401, the trueest person's handwriting pointer is the first capacitive pointer 111；
When a signal generating circuit 106 only arranges electric field signal active antenna 401, only exporting electric field signal, and the nib 303 that conductive material is made doubles as electric field signal active antenna 401, the trueest person's handwriting pointer is the second capacitive pointer 112；
When a signal generating circuit 106 only arranges electric field signal active antenna 401, only export electric field signal, and the nib 303 that conductive material is made doubles as electric field signal active antenna 401, arranging another section of electric conductor also serve as electric field signal active antenna and be connected with nib 303, the trueest person's handwriting pointer is the 3rd capacitive pointer 113 simultaneously；
When a signal generating circuit 106 arranges electromagnetism output winding 501 and electric field signal active antenna 401 simultaneously, output electromagnetic signal and electric field signal, constituting electric field signal active antenna 401 with the electric conductor of one section of arbitrary shape, the trueest person's handwriting pointer is the first electromagnetism capacitive dual-mode formula pointer 114；
When a signal generating circuit 106 arranges electromagnetism output winding 501 and electric field signal active antenna 401 simultaneously, output electromagnetic signal and electric field signal, the nib 303 made by conductive material doubles as electric field signal active antenna 401, and the trueest person's handwriting pointer is the second electromagnetism capacitive dual-mode formula pointer 115；
When a signal generating circuit 106 arranges electromagnetism output winding 501 and electric field signal active antenna 401 simultaneously, output electromagnetic signal and electric field signal, the nib 303 made by conductive material doubles as electric field signal active antenna 401, arranging another section of electric conductor also serve as electric field signal active antenna and be connected with nib 303, the trueest person's handwriting pointer is the 3rd electromagnetism capacitive dual-mode formula pointer 116 simultaneously；
Embodiment 2
Electromagnetic mode pointer 110 and the electromagnetic touch module for including embodiment 1 with the true person's handwriting electromagnetic touch-control device of radio-frequency receiving-transmitting function that the present embodiment provides, electromagnetic touch module includes electromagnetic touch induction apparatus 501, electromagnetic touch processor 901 and connects the RF transmit-receive circuit 902 of electromagnetic touch processor 901, RF transmit-receive circuit 902 can be 2.4GHZ RF transmit-receive circuit, can be bluetooth transmission circuit, can be WIFI transmission circuit.
Fig. 2 .1 is the structural representation of the contactor control device of the present embodiment, by a shell parcel outside true person's handwriting pointer, battery 601 and a circuit system 100 is had in outer casing back 701, outer casing back is outside equipped with the function button 105 of connecting pen circuit system 100, being provided with style of writing pressure control sense assembly 300 in outer casing back 702, nib 303 is provided around electromagnetic signal output winding 501；Include electromagnetic touch processor 901 in electromagnetic touch induction apparatus 505, the electromagnetic signal of true person's handwriting pointer output can be received.
Fig. 2 .2 is the circuit diagram of the electromagnetic touch-control device of the present embodiment, circuit and the circuit of electromagnetic touch module including embodiment one electromagnetic mode pointer 110, the electromagnetic touch induction apparatus antenna element 503 of the electromagnetic touch induction apparatus 505 of electromagnetic touch module receives the alternating electromagnetism signal that electromagnetic mode pointer is produced by electromagnetism output winding 501, then alternating electromagnetism signal is become electromagnetic induction signal and be input to electromagnetic touch processor 901, demodulate peripheral hardware discernible signal by electromagnetic touch processor 901 and be transferred to peripheral hardware, peripheral hardware discernible signal includes nib overhead positions signal, nib trajectory signal；
The RF transmit-receive circuit 902 of connection electromagnetic touch process 901 receives described true person's handwriting pointer and by rf modulations and the radiofrequency signal of RF transmit-receive circuit 104 transmitting and sends to electromagnetic touch processor, demodulating peripheral hardware discernible signal by electromagnetic touch processor 901 and be transferred to peripheral hardware, peripheral hardware discernible signal includes a pressure sensitivity signal and function key signal；
Peripheral hardware can be electromagnetic touch induction apparatus 505, computer and/or the mobile phone of the present embodiment contactor control device,
Wherein, electromagnetic touch induction apparatus 505 comprises one and more than one electromagnetic touch induction apparatus antenna element 503.
nullWhen the electromagnetic touch induction antenna unit 503 of electromagnetic touch module 900 has to the reception of the alternating electromagnetism signal that pointer is launched that relatively strong jamming causes job insecurity，Electromagnetic touch module 900 can be sent by the RF transmit-receive circuit 902 in touch module and jump to, to rf modulations and the RF transmit-receive circuit 104 of pointer, the radiofrequency signal that new working frequency points instructs，The rf modulations of electromagnetic mode pointer 110 and RF transmit-receive circuit 104 send Frequency Hopping Signal to a signal generating circuit 106 after receiving this radiofrequency signal，Control a signal generating circuit 106 to jump to work in new working frequency points，Electromagnetic touch induction antenna unit 503 such as electromagnetic touch module 900 also receives interference，Rf modulations and RF transmit-receive circuit 104 and a signal generating circuit 106 jump to another new working frequency points according still further to above-mentioned frequency-hopping mode and attempt the most also disturbing existence，Electromagnetic touch module 900 and electromagnetic mode pointer 110 frequency hopping the most in such a way attempt the most having eliminated interference，Until jump to maintain the work of this frequency after the interference of corresponding frequency eliminates always，Achieve anti-interference function.
Embodiment 3
True person's handwriting the first capacitance touch-control device with radio-frequency receiving-transmitting function that the present embodiment provides includes the first capacitive pointer 111 and the capacitance touching control module of embodiment one, capacitance touching control module includes capacitance touching control induction apparatus 405, capacitance touching control processor 801 and connects the RF transmit-receive circuit 802 of capacitance touching control processor 801, RF transmit-receive circuit 802 can be 2.4GHZ RF transmit-receive circuit, can be bluetooth transmission circuit, can be WIFI transmission circuit.
Fig. 3 .1 is the structural representation of first capacitance touch-control device of the present embodiment, by a shell parcel outside true person's handwriting pointer, battery 601 and a circuit system 100 is had in outer casing back 701, outer casing back is outside equipped with the function button 105 of connecting pen circuit system 100, being provided with style of writing pressure control sense assembly 300 in outer casing back 702, nib 303 is provided around the electric conductor of one section of arbitrary shape and constitutes electric field signal active antenna 401；Include capacitance touching control processor 801 in capacitance touching control induction apparatus 405, the electric field signal of true person's handwriting pointer output can be received.
Fig. 3 .2 is the circuit diagram of first capacitance touch-control device of the present embodiment, circuit and the circuit of capacitance touching control module including embodiment one first capacitive pointer 111, the electric field signal active antenna 401 of the capacitance touching control induction apparatus 405 of capacitance touching control module receives the electric field signal that the first capacitive pointer 111 is produced by electric field signal active antenna 401, then electric field signal is become electric field induction signal and is input to capacitance touching control processor 801, demodulate peripheral hardware discernible signal by capacitance touching control processor 801 and be transferred to peripheral hardware, peripheral hardware discernible signal includes nib overhead positions signal, nib trajectory signal；
The RF transmit-receive circuit 802 of connection capacitance touching control processor 801 receives described true person's handwriting pointer and by rf modulations and the radiofrequency signal of RF transmit-receive circuit 104 transmitting and sends to capacitance touching control processor 801, demodulating peripheral hardware discernible signal by capacitance touching control processor 801 and be transferred to peripheral hardware, peripheral hardware discernible signal includes a pressure sensitivity signal and function key signal；
Peripheral hardware can be capacitance touching control induction apparatus 405, computer and/or the mobile phone of the present embodiment contactor control device；
Wherein, peripheral hardware discernible signal includes nib overhead positions signal, handwriting trace signal, a pressure sensitivity signal and/or function key signal；
Wherein, capacitance touching control induction apparatus 405 comprises one and more than one capacitance touching control induction apparatus antenna element 403.
nullWhen the capacitance touching control induction antenna unit 403 of capacitance touching control module 800 has to the reception of the alternating electromagnetism signal that pointer is launched that relatively strong jamming causes job insecurity，Capacitance touching control module 800 can be sent by the RF transmit-receive circuit 802 in touch module and jump to, to rf modulations and the RF transmit-receive circuit 104 of pointer, the radiofrequency signal that new working frequency points instructs，The rf modulations of capacitive pointer 111 and RF transmit-receive circuit 104 send Frequency Hopping Signal to a signal generating circuit 106 after receiving this radiofrequency signal，Control a signal generating circuit 106 to jump to work in new working frequency points，Capacitance touching control induction antenna unit 403 such as capacitance touching control module 800 also receives interference，Rf modulations and RF transmit-receive circuit 104 and a signal generating circuit 106 jump to another new working frequency points according still further to above-mentioned frequency-hopping mode and attempt the most also disturbing existence，Capacitance touching control module 800 and capacitive pointer 111 frequency hopping the most in such a way attempt the most having eliminated interference，Until jump to maintain the work of this frequency after the interference of corresponding frequency eliminates always，Achieve anti-interference function.
Embodiment 4
True person's handwriting the second capacitance touch-control device with radio-frequency receiving-transmitting function that the present embodiment provides includes the second capacitive pointer 112 and the capacitance touching control module of embodiment one, the present embodiment is with the difference of embodiment 3, the nib 303 that conductive material is made doubles as electric field signal active antenna 401, Fig. 4 .1 is the structural representation of the second capacitance touch-control device of this utility model embodiment, is not provided with other electric conductor near nib 303.
Fig. 4 .2 is the circuit diagram of this utility model embodiment the second capacitance touch-control device, and a signal generating circuit 106 is directly connected to nib 303 and exports electric field signal.
Embodiment 5
True person's handwriting the 3rd capacitance touch-control device with radio-frequency receiving-transmitting function that the present embodiment provides includes the 3rd capacitive pointer 113 and the capacitance touching control module of embodiment one, the present embodiment is with the difference of embodiment 3, the nib 303 that conductive material is made doubles as electric field signal active antenna, arrange another section of electric conductor also serve as electric field signal active antenna 401 and be connected with nib 303 simultaneously, seeing Fig. 3 .1, the electric field signal active antenna 401 constituted by electric conductor and nib are conductively connected the circuit diagram of i.e. the present embodiment.
Embodiment 6
The first electromagnetism capacitive dual-mode formula pointer 114 and the double touch module of electromagnetism electric capacity for including embodiment one with the double contactor control device of true person's handwriting the first electromagnetism electric capacity of radio-frequency receiving-transmitting function that the present embodiment provides, electromagnetism capacitive dual-mode group includes electromagnetism module and electric capacity module, electromagnetism module sees embodiment 2, and electric capacity module sees embodiment 3.
Fig. 5 .1 is the structural representation of the double contactor control device of the first electromagnetism electric capacity of the present embodiment, and the electric conductor adding one section of arbitrary shape on the basis of Fig. 2 .2 of embodiment 2 near nib 303 constitutes electric field signal active antenna 401.
Fig. 5 .2 is the circuit diagram of the double contactor control device of the first electromagnetism electric capacity of the present embodiment, adds electromagnetic touch module in embodiment 3 on the basis of Fig. 3 .2.
The electromagnetic touch induction apparatus antenna element 503 of the double contactor control device electromagnetic touch module 900 of the first electromagnetism electric capacity obtains alternating electromagnetism signal and electric field signal respectively with the capacitance touching control induction apparatus antenna element 403 of capacitance touching control module 800.
After the electromagnetic touch module 900 of the double touch module of the first electromagnetism electric capacity is arranged on capacitance touching control module 800, electromagnetic touch processor 901 sends capacitance touching control module shutdown signal to capacitance touching control processor 801, keeps electromagnetic touch pattern preferential.
After the capacitance touching control module 800 of the double touch module of the first electromagnetism electric capacity is arranged on electromagnetic touch module 900, capacitance touching control processor 801 sends electromagnetic touch module shutdown signal to electromagnetic touch processor 901, and holding capacitor control mode touch mode is preferential.
Embodiment 7
The double contactor control device of true person's handwriting the second electromagnetism electric capacity with radio-frequency receiving-transmitting function that the present embodiment provides includes the second electromagnetism capacitive dual-mode formula pointer 115 and capacitance touching control module of embodiment one, the present embodiment is with the difference of embodiment 6, the nib 303 that conductive material is made doubles as electric field signal active antenna 401, Fig. 6 .1 is the structural representation of the double contactor control device of the second electromagnetism electric capacity of this utility model embodiment, is not provided with the electric field signal active antenna that other electric conductor is constituted near nib 303.
Fig. 6 .2 is the circuit diagram of the double contactor control device of the present embodiment the second electromagnetism electric capacity, and a signal generating circuit 106 is directly connected to nib 303 and exports electric field signal.
Embodiment 8
The double contactor control device of true person's handwriting the 3rd electromagnetism electric capacity with radio-frequency receiving-transmitting function that the present embodiment provides includes the 3rd electromagnetism capacitive dual-mode formula pointer 116 and capacitance touching control module of embodiment one, the present embodiment is with the difference of embodiment 3, the nib 303 that conductive material is made doubles as electric field signal active antenna, arrange another section of electric conductor also serve as electric field signal active antenna 401 and be connected with nib 303 simultaneously, seeing Fig. 3 .1, the electric field signal active antenna 401 constituted by electric conductor and nib are conductively connected the circuit diagram of i.e. the present embodiment.
The true person's handwriting pointer of the band radio-frequency receiving-transmitting function provided by this utility model and include the contactor control device of true person's handwriting pointer of band radio-frequency receiving-transmitting function, accurately and timely can produce nib overhead positions signal according to the state of use, nib trajectory signal, pen point pressure signal and function key signal, sensitive reception pen point pressure and function key signal also finally produce the true person's handwriting that can reflect user in real time, can to be interfered in operating frequency time carry out frequency hopping operation and realize anti-interference function, the contactor control device of the true person's handwriting pointer making band radio-frequency receiving-transmitting function and the true person's handwriting pointer including band radio-frequency receiving-transmitting function has the strongest anti-interference function, react sensitiveer, person's handwriting is truer.
These are only this utility model preferred embodiment, be not used to limit to this utility model, all amendment, equivalent and improvement etc. made within spirit of the present utility model and principle, within being required to be included in protection domain of the present utility model.
Claims (23)
1. the true person's handwriting pointer of a band radio-frequency receiving-transmitting transfer function, it is characterised in that: include the battery in a shell, a shell, the circuit system in a shell and the style of writing pressure control sense assembly in a shell,
Described style of writing pressure control sense assembly includes nib, nib touch switch and pen point pressure induction apparatus；
Described circuit system includes that charging circuit, power supply control and time delayed turn-off circuit, power supply voltage converting circuit, function button, rf modulations and RF transmit-receive circuit and a signal generating circuit；
Described power supply voltage converting circuit connects power supply and controls, with time delayed turn-off circuit, system power supply is converted into constant working power voltage,
Described rf modulations is connected described pen point pressure induction apparatus with RF transmit-receive circuit and described function button obtains pen point pressure signal and function key signal, and rf modulations output rf modulated signal respectively；Described rf modulations and RF transmit-receive circuit can receive radiofrequency signal, and to described signal generating circuit output Frequency Hopping Signal；
Described the exportable electromagnetic signal of signal generating circuit and/or electric field signal；Signal generating circuit connects rf modulations and obtains Frequency Hopping Signal with transmission circuit and carry out frequency hopping operation.
The true person's handwriting pointer of band radio-frequency receiving-transmitting transfer function the most according to claim 1, it is characterised in that electromagnetic signal and/or the electric field signal of described signal generating circuit output include nib overhead positions signal and nib trajectory signal.
The true person's handwriting pointer of band radio-frequency receiving-transmitting transfer function the most according to claim 1, it is characterised in that described pen point pressure induction apparatus is presser sensor resistance.
The true person's handwriting pointer of band radio-frequency receiving-transmitting transfer function the most according to claim 1, it is characterised in that described pen point pressure induction apparatus is presser sensor electric capacity.
The true person's handwriting pointer of band radio-frequency receiving-transmitting transfer function the most according to claim 1, it is characterised in that described shell includes a case nose and an outer casing back；
Arranging described battery and described circuit system in described outer casing back, an outer casing back is conductive metal material；
Arranging described style of writing pressure control sense assembly in described case nose, a case nose is insulant.
The true person's handwriting pointer of band radio-frequency receiving-transmitting transfer function the most according to claim 1, it is characterized in that, described signal generating circuit connects electromagnetic signal output electricity circle output alternating electromagnetism signal, and described electromagnetic signal output electricity circle is the loop coil with the plain conductor coiling of surface insulation.
The true person's handwriting pointer of band radio-frequency receiving-transmitting transfer function the most according to claim 1, it is characterized in that, described signal generating circuit connects electric field signal active antenna output electric field signal, and described electric field signal active antenna is the electric conductor being made up of one section of conductive material.
The true person's handwriting pointer of band radio-frequency receiving-transmitting transfer function the most according to claim 7, it is characterized in that, described signal generating circuit connects electric field signal active antenna output electric field signal, and the nib that described conductive material is made can also serve as electric field signal active antenna.
True person's handwriting pointer the most according to claim 1, it is characterised in that the touching of described nib produces pressure transmission effect to described nib touch switch and described pen point pressure sensor.
The true person's handwriting pointer of band radio-frequency receiving-transmitting transfer function the most according to claim 1, it is characterized in that, the power supply of described circuit system controls and is delayed to turn off the power output that circuit is provided with the power inlet being connected battery, connects power supply voltage converting circuit, the style of writing switching signal control mouth connecting nib touch switch；Style of writing switching signal controls mouth and connects touch switch acquisition signal, after getting described touch switch Continuity signal, will turn between power inlet and power output, and a circuit system will enter duty；Not receiving connection touch switch short circuit Continuity signal time in working order for a long time, can disconnect between power inlet and power output, circuit system will enter off-mode.
The true person's handwriting pointer of 11. band radio-frequency receiving-transmitting transfer functions according to claim 10, it is characterized in that, the power supply of described circuit system controls and is delayed to turn off circuit and is additionally provided with and is connected the power source charges control mouth of charging circuit, when power source charges controls to enter charged state after mouth obtains charging signals, can disconnect between described power inlet and power output, a circuit system will lock into off-mode.
12. 1 kinds of contactor control devices, it is characterized in that, true person's handwriting pointer including the band radio-frequency receiving-transmitting transfer function as according to any one of claim 1-11, also include touch module, described touch module includes touch-control sensor, touch-control processor and connects the RF transmit-receive circuit of touch-control processor, and touch module can receive radiofrequency signal and electromagnetic signal and/or the electric field signal of true person's handwriting pointer output.
13. contactor control devices according to claim 12, it is characterised in that described RF transmit-receive circuit is 2.4GHZ RF transmit-receive circuit, including bluetooth transmission circuit and/or WIFI transmission circuit.
14. contactor control devices according to claim 12, it is characterised in that described touch module is electromagnetic touch module, described electromagnetic touch module includes electromagnetic touch induction apparatus, electromagnetic touch processor and connects the RF transmit-receive circuit of electromagnetic touch processor.
15. contactor control devices according to claim 12, it is characterised in that described touch module is capacitance touching control module, described capacitance touching control module includes capacitance touching control induction apparatus, capacitance touching control processor and connects the RF transmit-receive circuit of capacitance touching control processor.
16. contactor control devices according to claim 12, it is characterised in that described touch module is electromagnetism capacitive dual-mode group, described electromagnetism capacitive dual-mode group includes electromagnetism module and electric capacity module；Described electromagnetism module includes that electromagnetic touch induction apparatus, electromagnetic touch processor and RF transmit-receive circuit, described electric capacity module include capacitance touching control induction apparatus, capacitance touching control processor and RF transmit-receive circuit.
17. contactor control devices according to claim 15, it is characterized in that, the capacitance touching control induction apparatus antenna element of described capacitance touching control induction apparatus receives the electric field signal that described true person's handwriting pointer is produced by electric field signal active antenna, then electric field signal is become electric field induction signal and is input to described capacitance touching control processor, described RF transmit-receive circuit receives described true person's handwriting pointer and by rf modulations and the radiofrequency signal of RF transmit-receive circuit transmitting and sends to capacitance touching control processor, demodulates peripheral hardware discernible signal by capacitance touching control processor and is transferred to peripheral hardware.
18. contactor control devices according to claim 14, it is characterized in that, the electromagnetic touch induction apparatus antenna element of the electromagnetic touch induction apparatus of described electromagnetic touch module receives the alternating electromagnetism signal that electromagnetic mode pointer is produced by electromagnetism output winding, then alternating electromagnetism signal is become electromagnetic induction signal and is input to described electromagnetic touch processor, described RF transmit-receive circuit receives described true person's handwriting pointer and by rf modulations and the radiofrequency signal of RF transmit-receive circuit transmitting and sends to electromagnetic touch processor, demodulate peripheral hardware discernible signal by electromagnetic touch processor and be transferred to peripheral hardware.
19. contactor control devices according to claim 16, it is characterized in that, in described electromagnetism capacitive dual-mode group, the electromagnetic touch induction apparatus antenna element of electromagnetic touch module and the capacitance touching control induction apparatus antenna element of capacitance touching control module obtain alternating electromagnetism signal and electric field signal respectively；Alternating electromagnetism signal is become electromagnetic induction signal and is input to described electromagnetic touch processor by electromagnetic touch induction apparatus antenna element, described RF transmit-receive circuit receives described true person's handwriting pointer and by rf modulations and the radiofrequency signal of RF transmit-receive circuit transmitting and sends to electromagnetic touch processor, demodulates peripheral hardware discernible signal by electromagnetic touch processor and is transferred to peripheral hardware；Electric field signal is become electric field induction signal and is input to described capacitance touching control processor by capacitance touching control induction apparatus antenna element, described RF transmit-receive circuit receives described true person's handwriting pointer and by rf modulations and the radiofrequency signal of RF transmit-receive circuit transmitting and sends to capacitance touching control processor, demodulates peripheral hardware discernible signal by capacitance touching control processor and is transferred to peripheral hardware.
20. contactor control devices according to claim 19, it is characterized in that, after the electromagnetic touch module of the double touch module of described electromagnetism electric capacity is arranged on capacitance touching control module, electromagnetic touch processor sends capacitance touching control module shutdown signal to capacitance touching control processor, keeps electromagnetic touch pattern preferential.
21. contactor control devices according to claim 19, it is characterized in that, after the capacitance touching control module of the double touch module of described electromagnetism electric capacity is arranged on electromagnetic touch module, capacitance touching control processor sends electromagnetic touch module shutdown signal to electromagnetic touch processor, and holding capacitor control mode touch mode is preferential.
22. according to the contactor control device according to any one of claim 17-19, it is characterised in that described peripheral hardware discernible signal includes nib overhead positions signal, nib trajectory signal, a pressure sensitivity signal and/or function key signal.
23. according to the contactor control device according to any one of claim 17-19, it is characterised in that be set to capacitance touching control induction apparatus, electromagnetic touch induction apparatus, computer and/or mobile phone outside described.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620372726.2U CN205721670U (en) | 2016-04-28 | 2016-04-28 | True person's handwriting pointer with radio-frequency receiving-transmitting transfer function and contactor control device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620372726.2U CN205721670U (en) | 2016-04-28 | 2016-04-28 | True person's handwriting pointer with radio-frequency receiving-transmitting transfer function and contactor control device |
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| CN205721670U true CN205721670U (en) | 2016-11-23 |
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| CN201620372726.2U Withdrawn - After Issue CN205721670U (en) | 2016-04-28 | 2016-04-28 | True person's handwriting pointer with radio-frequency receiving-transmitting transfer function and contactor control device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105929985A (en) * | 2016-04-28 | 2016-09-07 | 深圳市华鼎星科技有限公司 | True chirography touch pen and touch device with radio frequency transmitting-receiving transmission function |
| WO2017185734A1 (en) * | 2016-04-28 | 2017-11-02 | 广东宗华触控科技有限公司 | True handwriting stylus and touch control device |
| CN108803900A (en) * | 2017-04-26 | 2018-11-13 | 禾瑞亚科技股份有限公司 | Touch control pen and electronic system thereof |
| TWI653555B (en) | 2017-04-26 | 2019-03-11 | 禾瑞亞科技股份有限公司 | Stylus and electronic system thereof |
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2016
- 2016-04-28 CN CN201620372726.2U patent/CN205721670U/en not_active Withdrawn - After Issue
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105929985A (en) * | 2016-04-28 | 2016-09-07 | 深圳市华鼎星科技有限公司 | True chirography touch pen and touch device with radio frequency transmitting-receiving transmission function |
| WO2017185734A1 (en) * | 2016-04-28 | 2017-11-02 | 广东宗华触控科技有限公司 | True handwriting stylus and touch control device |
| WO2017185735A1 (en) * | 2016-04-28 | 2017-11-02 | 广东宗华触控科技有限公司 | Real handwriting stylus and touch device having radio frequency transmitting and receiving function |
| CN105929985B (en) * | 2016-04-28 | 2020-04-14 | 深圳市华鼎星科技有限公司 | True handwriting touch control pen with radio frequency transceiving transmission function and touch control device |
| US10802609B2 (en) | 2016-04-28 | 2020-10-13 | Guangdong Zonghua Touch Control Technology Co., Ltd | Real handwriting stylus and a touch device with RF transceiver function |
| US10901533B2 (en) | 2016-04-28 | 2021-01-26 | Guangdong Zonghua Touch Control Technology Co Ltd. | Real handwriting stylus and a touch device |
| CN108803900A (en) * | 2017-04-26 | 2018-11-13 | 禾瑞亚科技股份有限公司 | Touch control pen and electronic system thereof |
| TWI653555B (en) | 2017-04-26 | 2019-03-11 | 禾瑞亞科技股份有限公司 | Stylus and electronic system thereof |
| CN108803900B (en) * | 2017-04-26 | 2021-11-02 | 禾瑞亚科技股份有限公司 | Touch control pen and electronic system thereof |
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Granted publication date: 20161123 Effective date of abandoning: 20200414 |