CN203899146U - Sound control mechanism for controlling toy aircraft to ascend and descend - Google Patents
Sound control mechanism for controlling toy aircraft to ascend and descend Download PDFInfo
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- CN203899146U CN203899146U CN201420295033.9U CN201420295033U CN203899146U CN 203899146 U CN203899146 U CN 203899146U CN 201420295033 U CN201420295033 U CN 201420295033U CN 203899146 U CN203899146 U CN 203899146U
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- toy aircraft
- remote controller
- acoustic
- acoustic control
- control
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Abstract
The utility model discloses a sound control mechanism for controlling a toy aircraft to ascend and descend. The sound control mechanism comprises a sound control remote controller which is independent of the toy aircraft. The sound control remote controller is internally provided with a sound monitoring element which is used for monitoring instant sound generated when an operator claps his or her hands and connected with a master control circuit. The master control circuit is connected with a wireless signal emission end. The toy aircraft is provided with a wireless signal receiving end used in cooperation with the wireless signal emission end. The wireless signal receiving end is connected with a control circuit in the toy aircraft. Because ascending and descending of the toy aircraft are controlled in the mode that the sound control remote controller monitors the instant sound generated when the operator claps his or her hands or whistles the operator gives out, the ascending and descending control modes of the toy aircraft are more diversified; meanwhile, ascending and descending of the toy aircraft are simpler and more convenient; the operator can control the toy aircraft to ascend and descend by clapping his or her hands, the method is simple and novel, and the interest of consumers can be attracted easily.
Description
Technical field
The utility model relates to a kind of toy controller, especially controls the acoustic control mechanism of toy aircraft lifting.
Background technology
At present, the remote control mode that existing remote toy aircraft mainly adopts is to adopt the Digiplex with function button to carry out remote control, user is by the function button on manual operation Digiplex, thus realize control remote toy aircraft lifting, front and back, move up and down.Although this kind of mode of operation can normally be controlled the motion of toy airplane, need the frequent operate wireless remote controller of staff, bring some inconvenience to people, and it is outmoded to control the method for toy aircraft lifting, corny, cannot attract consumer's interest.
Utility model content
In order to address the above problem, it is a kind of simple in structure that the purpose of this utility model is to provide, and can control more delicately again the acoustic control mechanism of toy aircraft lifting.
The utility model is that the technical scheme that its technical problem of solution adopts is:
Control the acoustic control mechanism of toy aircraft lifting, comprise an Acoustic control remote controller separate with toy aircraft, this Acoustic control remote controller is built-in with the sound monitoring element for monitoring the instantaneous sound producing when manipulator claps one's hands or the whistle sending, this sound monitoring element is connected with main control circuit, main control circuit is connected with for carrying out the wireless signal transmission end of transmission of wireless signals with toy aircraft, in described toy aircraft, be provided with the reception of wireless signals end for receiving the signal that wireless signal transmission end sends, this reception of wireless signals end is connected with the control circuit of toy aircraft inside.
As the improvement of technique scheme, described Acoustic control remote controller be one can be hand-held or be held on the control box in a plane.
As the further improvement of technique scheme, described Acoustic control remote controller is a ring that can be worn in wrist.
Preferably, described Acoustic control remote controller is a necklace drop that can be worn on the person.
For the ease of producing, reduce production costs simultaneously, preferably, described wireless signal transmission end and reception of wireless signals end are respectively infrared emitting end and infrared receiver end or described wireless signal transmission end and reception of wireless signals end and are respectively radio transmission end and radio reception end.
In order to make Acoustic control remote controller can control more broadly toy aircraft, on described Acoustic control remote controller, be provided with more than one infrared emitting end.
For the ease of Mobile voice-controlled remote controller without external power supply, in described Acoustic control remote controller, be built-in with for the power supply to main control circuit power supply, on Acoustic control remote controller, be also provided with the power switch for controlling break-make power supply between described power supply and main control circuit simultaneously.
In order to make Acoustic control remote controller more bright and colourful in use, the shell of described Acoustic control remote controller is made by light transmissive material, and its inside is provided with the LED flashing lamp that several are connected with main control circuit simultaneously.
Can in different environment, normally work in order to make Acoustic control remote controller, the acoustic sensitivity gauge tap or the acoustic sensitivity adjustable potentiometer that on described Acoustic control remote controller, are also provided with the monitoring sensitivity for regulating described sound monitoring element, described acoustic sensitivity gauge tap or acoustic sensitivity adjustable potentiometer are connected with described main control circuit.
In order to make Acoustic control remote controller more can manipulate toy aircraft under complex environment, on described Acoustic control remote controller, be also provided with one and can control emergent vibroswitch or the emergent touch-switch that toy aircraft is taken off or landed, this emergent vibroswitch or emergent touch-switch are connected with main control circuit; In the time that the noise in the residing environment for use of Acoustic control remote controller is greater than the normal quantity that the main control circuit of Acoustic control remote controller can judge, can send a signal to main control circuit by above-mentioned emergent vibroswitch or emergent touch-switch, main control circuit sends corresponding signal controlling toy aircraft again and takes off or land.
The beneficial effects of the utility model are: the method for the instantaneous sound producing while adopting Acoustic control remote controller detection manipulator to clap one's hands due to the utility model or the whistle sending is controlled the lifting of toy aircraft, thereby the method that makes to control toy aircraft lifting is more diversified, make the lifting of toy aircraft easier simultaneously, and manipulator controls toy aircraft lifting by clapping one's hands, method is simply novel, easily attracts consumer's interest;
Simultaneously the utility model is by being arranged at sound monitoring element on the Acoustic control remote controller with toy aircraft independent separate, therefore can effectively avoid the impact on sound monitoring element of noise in noise or environment that toy aircraft produces in flight course; Manipulator also can this Acoustic control remote controller of close contact, avoid the control voice signal that manipulator sends can not be detected by sound monitoring element because there is serious decay in remote communication process, ensure that manipulator can manipulate toy aircraft in time and exactly by this Acoustic control remote controller.
Brief description of the drawings
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Fig. 1 is the embodiment surface structure schematic diagram of Acoustic control remote controller in the utility model;
Fig. 2 is the embodiment surface structure schematic diagram of toy aircraft in the utility model;
Fig. 3 is structural representation when toy aircraft is held on Acoustic control remote controller surface in the utility model;
Fig. 4 is the surface structure schematic diagram of another angle of embodiment of Acoustic control remote controller in the utility model;
Fig. 5 is the internal structure schematic diagram of the embodiment of Acoustic control remote controller in the utility model;
Fig. 6 is the polycrystalline substance schematic diagram of the embodiment of Acoustic control remote controller in the utility model;
Fig. 7 is the physical circuit figure of main control circuit when Acoustic control remote controller adopts radio signal transmitting terminal in the utility model;
Fig. 8 is the theory diagram of main control circuit when Acoustic control remote controller adopts radio signal transmitting terminal in the utility model;
Fig. 9 is the physical circuit figure of main control circuit when Acoustic control remote controller adopts infrared emitting end in the utility model;
Figure 10 is the theory diagram of main control circuit when Acoustic control remote controller adopts infrared emitting end in the utility model.
Detailed description of the invention
Referring to figs. 1 through Fig. 6, control the acoustic control mechanism of toy aircraft lifting, comprise an Acoustic control remote controller 1 separate with toy aircraft 2, this Acoustic control remote controller 1 is built-in with the sound monitoring element for monitoring the instantaneous sound producing when manipulator claps one's hands or the whistle sending, this sound monitoring element is connected with main control circuit, here as preferred embodiment of the present utility model, above-mentioned main control circuit is preferably a Single-chip Controlling unit (MCU) being fixedly installed on circuit board 10, sound monitoring element is for being fixedly arranged on the acoustic control MIC on circuit board 10, main control circuit is connected with for carrying out the wireless signal transmission end of transmission of wireless signals with toy aircraft, in described toy aircraft, be provided with the reception of wireless signals end for receiving the signal that wireless signal transmission end sends, this reception of wireless signals end is connected with the control circuit of toy aircraft inside, as preferred embodiment of the present utility model, described wireless signal transmission end and reception of wireless signals end are preferentially chosen as infrared emitting end 11 and infrared receiver end 21, certain described wireless signal transmission end and reception of wireless signals end also can be chosen as radio transmission end and radio reception end.Infrared emitting end and infrared receiver end are because its production technology is simple, cost is low, the high production cost that can reduce widely Acoustic control remote controller of occupation rate of market, but the scope of application of infrared emitting end and infrared receiver end is relative narrower, under the outdoor environment that has sunshine, cannot normally use, and adopt other radio transmission mode, production technology is relatively complicated, cost is high, occupation rate of market is lower, but wide coverage, still can normally be used have sunshine in the situation that outdoor.When the instantaneous sound producing in the time that Acoustic control remote controller 1 detects that manipulator's both hands are clapped one's hands or the whistle sending, main control circuit is sent the signal that takes off to the control circuit of toy aircraft 2 and is controlled toy aircraft 2 by wireless signal transmission end and starts and take off, when the instantaneous sound producing in the time that Acoustic control remote controller 1 detects that manipulator's both hands are clapped one's hands again or the whistle sending, main control circuit is sent a falling signal to the control circuit of toy aircraft 2 and is controlled toy aircraft 2 by wireless signal transmission end and lands and stop action, what described wireless signal transmission end sent take off, and signal can be identical coding form or different coding forms from falling signal.Because the utility model is by being arranged at sound monitoring element on the Acoustic control remote controller 1 with toy aircraft 2 independent separate, therefore can effectively avoid the impact on sound monitoring element of noise that toy aircraft 2 produces in flight course; Simultaneously manipulator also can this Acoustic control remote controller 1 of close contact, avoid the control voice signal that manipulator sends can not be detected by sound monitoring element because there is serious decay in remote communication process, ensure that manipulator can manipulate this toy aircraft 2 in time and exactly by this Acoustic control remote controller 1.
Can be held on reposefully on Acoustic control remote controller 1 when making toy aircraft 2 stop flying, described Acoustic control remote controller 1 is preferably processed into one can be hand-held or be held on the control box in a plane, this control box can be a rectangular box, or trapezoidal box, it can certainly be circular box etc., therefore when toy aircraft 2 stops flying, toy aircraft 2 can be held on to the upper surface of control box, both be convenient to packaging, be convenient to again transport simultaneously, the external form of certain described acoustic control remote control 1 is except being processed into the control box of a rectangle, can also be processed into one can be worn on the ring in wrist or be processed into one and can be worn on necklace drop on the person etc., above-mentioned ring can be the annulation of class wrist-watch shape or class bangle shape, certainly can also be the ring of other shapes, below be only some specific embodiments of Acoustic control remote controller 1 external form, and be not limited only to the above embodiments.
Further, in order to make Acoustic control remote controller 1 can cover larger scope in the time adopting infrared emitting end as the transmitting terminal of its signal, to can control in the larger context toy aircraft 2, on described Acoustic control remote controller 1, be provided with more than one infrared emitting end 11, in the utility model, the quantity of described infrared emitting end 11 is preferably two and be not limited only to two, can also be set to other quantity, the number of infrared emitting end 11 is set to one or three or more and is all fine, two infrared emitting ends 11 are arranged at respectively the both sides of Acoustic control remote controller 1 or two infrared emitting ends 11 and have a certain degree mutually and be arranged on Acoustic control remote controller 1, by two infrared emitting end 11 emissioning controling signals, thereby this control signal can cover more great locus, so that manipulation toy aircraft 2.
Further again, for the ease of Mobile voice-controlled remote controller 1 without external power supply, so that Acoustic control remote controller 1 can arbitrarily be moved, the bottom of described Acoustic control remote controller 1 offers power supply accommodating cavity 12, in this power supply accommodating cavity 12, be built-in with for the power supply to main control circuit power supply, on Acoustic control remote controller, on 1 appearance sidewall, be also provided with the power switch 13 for controlling break-make power supply between described power supply and main control circuit simultaneously.
Further, in order to make Acoustic control remote controller 1 can show more bright and colourfully in use, the shell of described Acoustic control remote controller 1 preferentially adopts light transmissive material made, its inside is provided with the LED flashing lamp 14 that several are connected with main control circuit simultaneously, above-mentioned LED flashing lamp 14 can be the LED flashing lamp of multiple demonstration different colours, therefore LED flashing lamp 14, in the time lighting, can present multicoloured color, brings visual sense of beauty to manipulator.
Further again, in order to make the adaptability of the Acoustic control remote controller 1 in the utility model stronger, can in different environment, normally work, on described Acoustic control remote controller 1, be also provided with acoustic sensitivity gauge tap 15 or the acoustic sensitivity adjustable potentiometer of the monitoring sensitivity for regulating described sound monitoring element, described acoustic sensitivity gauge tap 15 or acoustic sensitivity adjustable potentiometer are connected with described main control circuit, as preferred embodiment of the present utility model, described acoustic sensitivity gauge tap 15 or acoustic sensitivity adjustable potentiometer are hidden and are arranged on the sidewall of described power supply accommodating cavity 12, when user need to use this acoustic sensitivity gauge tap 15 or acoustic sensitivity adjustable potentiometer, bonnet that can opening power accommodating cavity 12 can use, the entirety that affects Acoustic control remote controller 1 while simultaneously having avoided acoustic sensitivity gauge tap 15 or acoustic sensitivity adjustable potentiometer to expose is succinctly spent.
Further, in order to make Acoustic control remote controller 1 can manipulate toy aircraft under more complicated noisy environment, on described Acoustic control remote controller 1, be also provided with one and can control emergent vibroswitch or the emergent touch-switch that toy aircraft 2 is taken off or landed, this emergent vibroswitch or emergent touch-switch are connected with main control circuit; In the time that the noise in the residing environment for use of Acoustic control remote controller 1 is greater than the normal quantity that the main control circuit of Acoustic control remote controller 1 can judge or when the distance of toy aircraft flight exceeds the scope of 1 energy remote control of Acoustic control remote controller, can or press the ammonium key on Acoustic control remote controller 1 by slight shake Acoustic control remote controller 1, thereby trigger described emergent vibroswitch or emergent touch-switch and send a signal of telecommunication to main control circuit, main control circuit sends corresponding control signal control toy aircraft 2 again and takes off or land; In the time that the distance of toy aircraft flight exceeds the remote range of Acoustic control remote controller 1, can pick up Acoustic control remote controller 1 catches up with toy aircraft 2 and makes within toy aircraft 2 falls into Acoustic control remote controller 1 remote range again, and manipulator catches up with in the process of toy aircraft 2 picking up Acoustic control remote controller 1, trigger above-mentioned emergent vibroswitch or emergent touch-switch and send the signal of telecommunication to main control circuit.
With reference to Fig. 7 and Fig. 8, physical circuit figure and the theory diagram of main control circuit when in the utility model, Acoustic control remote controller 1 adopts radio signal transmitting terminal, U1 is acoustic control IC, the voice signal receiving for the treatment of MK1 miaow head, U2 is Single-chip Controlling unit (MCU), processes the low and high level that U1 sends, and by a signal of the inner generation of MCU, after RF modulation amplifying circuit, is outwards launched by antenna, thereby controls taking off or landing of toy aircraft, SI is power switch, controls being switched on or switched off of whole main control circuit power supply, S2 is acoustic sensitivity gauge tap or acoustic sensitivity adjustable potentiometer, to regulate Acoustic control remote controller to use under different noisy environments, as in quiet family or in noisy environment, S3 is emergent vibroswitch or emergent touch-switch, in the time that the noise of environment for use is enough to have influence on normal use of Acoustic control remote controller or when toy aircraft flight exceeds outside the controlled range of Acoustic control remote controller, can pick up acoustic control remote controller 1, emergent vibroswitch or emergent touch-switch are now triggered, then U2(MCU) detect that S3 has switch triggering signal, a control signal of the inner generation automatically of U2, after amplifying, RF gone out by antenna transmission, when receiving after Acoustic control remote controller transmitted radio signal of toy aircraft, toy aircraft meeting automatic takeoff or landing,
With reference to Fig. 9 and Figure 10, physical circuit figure and the theory diagram of main control circuit when in the utility model, Acoustic control remote controller 1 adopts infrared emitting end, U1 is acoustic control IC, the voice signal receiving for the treatment of MK1 miaow head, U2 is Single-chip Controlling unit (MCU), processes the low and high level that U1 sends, and by a signal with 38KHz carrier wave of the inner generation of MCU, after Q1 amplifies, is outwards launched by D1/D2, controls taking off or landing of toy aircraft, SI is power switch, controls being switched on or switched off of whole main control circuit power supply, S2 is acoustic sensitivity gauge tap or acoustic sensitivity adjustable potentiometer, to regulate Acoustic control remote controller to use under different environment, as in quiet family or in noisy environment, S3 is emergent vibroswitch or emergent touch-switch, when in the noise of environment for use when having influence on normal use of Acoustic control remote controller or when toy aircraft flight exceeds outside the controlled range of Acoustic control remote controller, can pick up acoustic control remote controller, emergent vibroswitch or emergent touch-switch are now triggered, then U2(MCU) detect that S3 has switch triggering signal, an infrared signal with 38KHz carrier wave of the inner generation automatically of U2, after amplifying, launched by D1/D2 Q1, in the time that toy aircraft receives the infrared signal of Acoustic control remote controller transmitting, toy aircraft is landing automatically.
The process of acoustic control mechanism controls toy aircraft of the present utility model lifting is as follows:
1), open toy aircraft aircraft electrical source switch 20 and this toy aircraft is held on a supporting surface, preferably, this toy aircraft is held on the horizontal plane in spacious environment reposefully, and then open the aircraft electrical source switch 20 of toy aircraft, here said supporting surface refer to surface of desktop, ground or some article etc. all can be for holding, the plane of supporting toy aircraft, and be not limited only to surface or the ground of jobbie.While placing toy aircraft, as long as toy aircraft is positioned in effective control range of Acoustic control remote controller, can be positioned on arbitrary position, if while adopting infrared signal to carry out signal transmission between toy aircraft and Acoustic control remote controller, should there is not barrier between the two;
2), open the power switch of Acoustic control remote controller, make Acoustic control remote controller to carry out transmission of wireless signals with toy aircraft, then clap one's hands and send an instantaneous sound or send a whistle and monitored by the sound monitoring element on Acoustic control remote controller by manipulator's both hands, then the main control circuit of Acoustic control remote controller sends the signal that takes off by wireless signal transmission end and receives to toy aircraft and by reception of wireless signals end on it again, takes off thereby control toy aircraft;
3), when manipulator again both hands clap one's hands and send an instantaneous sound or the whistle sending and monitored by the sound monitoring element on Acoustic control remote controller, now, Acoustic control remote controller sends a falling signal by wireless signal transmission end and receives to toy aircraft and by the reception of wireless signals end on it, thereby controls toy aircraft landing.
The foregoing is only preferential embodiment of the present utility model, as long as within the technical scheme that realizes the utility model object with basic identical means all belongs to protection domain of the present utility model.
Claims (9)
1. control the acoustic control mechanism of toy aircraft lifting, it is characterized in that: comprise an Acoustic control remote controller separate with toy aircraft, this Acoustic control remote controller is built-in with the sound monitoring element for monitoring the instantaneous sound producing when manipulator claps one's hands or the whistle sending, this sound monitoring element is connected with main control circuit, main control circuit is connected with for carrying out the wireless signal transmission end of transmission of wireless signals with toy aircraft, in described toy aircraft, be provided with the reception of wireless signals end for receiving the signal that wireless signal transmission end sends, this reception of wireless signals end is connected with the control circuit of toy aircraft inside.
2. the acoustic control mechanism of control toy aircraft according to claim 1 lifting, is characterized in that: described Acoustic control remote controller be one can be hand-held or be held on the control box in a plane.
3. the acoustic control mechanism of control toy aircraft according to claim 1 lifting, is characterized in that: described Acoustic control remote controller is a ring that can be worn in wrist.
4. the acoustic control mechanism of control toy aircraft according to claim 1 lifting, is characterized in that: described Acoustic control remote controller is a necklace drop that can be worn on the person.
5. according to the acoustic control mechanism of the arbitrary described control toy aircraft lifting of claim 1-4, it is characterized in that: described wireless signal transmission end and reception of wireless signals end are respectively infrared emitting end and infrared receiver end or described wireless signal transmission end and reception of wireless signals end and are respectively radio transmission end and radio reception end.
6. the acoustic control mechanism of control toy aircraft according to claim 5 lifting, is characterized in that: on described Acoustic control remote controller, be provided with more than one infrared emitting end.
7. according to the acoustic control mechanism of the arbitrary described control toy aircraft lifting of claim 1-4, it is characterized in that: in described Acoustic control remote controller, be built-in with for the power supply to main control circuit power supply, on Acoustic control remote controller, be also provided with the power switch for controlling break-make power supply between described power supply and main control circuit simultaneously.
8. according to the acoustic control mechanism of the arbitrary described control toy aircraft lifting of claim 1-4, it is characterized in that: on described Acoustic control remote controller, be also provided with acoustic sensitivity gauge tap or the acoustic sensitivity adjustable potentiometer of the monitoring sensitivity for regulating described sound monitoring element, described acoustic sensitivity gauge tap or acoustic sensitivity adjustable potentiometer are connected with described main control circuit.
9. according to the acoustic control mechanism of the arbitrary described control toy aircraft lifting of claim 1-4, it is characterized in that: on described Acoustic control remote controller, be also provided with one and can control emergent vibroswitch or the emergent touch-switch that toy aircraft is taken off or landed, this emergent vibroswitch or emergent touch-switch are connected with main control circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420295033.9U CN203899146U (en) | 2014-06-04 | 2014-06-04 | Sound control mechanism for controlling toy aircraft to ascend and descend |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420295033.9U CN203899146U (en) | 2014-06-04 | 2014-06-04 | Sound control mechanism for controlling toy aircraft to ascend and descend |
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| Publication Number | Publication Date |
|---|---|
| CN203899146U true CN203899146U (en) | 2014-10-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420295033.9U Expired - Fee Related CN203899146U (en) | 2014-06-04 | 2014-06-04 | Sound control mechanism for controlling toy aircraft to ascend and descend |
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| CN (1) | CN203899146U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105405273A (en) * | 2015-11-30 | 2016-03-16 | 无锡觅睿恪科技有限公司 | Voice control remote controller for unmanned aerial vehicle |
| CN105984591A (en) * | 2015-01-27 | 2016-10-05 | 张斌 | Electric helicopter |
-
2014
- 2014-06-04 CN CN201420295033.9U patent/CN203899146U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105984591A (en) * | 2015-01-27 | 2016-10-05 | 张斌 | Electric helicopter |
| CN105405273A (en) * | 2015-11-30 | 2016-03-16 | 无锡觅睿恪科技有限公司 | Voice control remote controller for unmanned aerial vehicle |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141029 Termination date: 20150604 |
|
| EXPY | Termination of patent right or utility model |