Summary of the invention
Based on this, it is necessary to be difficult to realize the unlatching to operational modules multiple in equipment for traditional self-generating wireless switchThe defect controlled respectively with closing provides a kind of one generator of use and achieves effective control multiple operational modules opening and closingSelf-generating wireless switch and wireless switching control system, improve resource utilization, reduce production cost.
A kind of self-generating wireless switch, which is characterized in that including key, generator, controller, instruction device and wireless hairModule is penetrated,
The key, the controller, the instruction device and the wireless transmitter module are connect with the generator,
The generator is used to convert electric energy for the mobile kinetic energy of the key, and is the controller, the instructionDevice and wireless transmitter module power supply,
Multiple control instructions being circularly set are preset in the controller, the controller is used for suitable after powering on every timeSequence obtains a control instruction, and is sent by the wireless transmitter module, and multiple control instructions are all different；
The instruction device is preset with multiple indicating modes corresponding with multiple control instructions, the instruction dressIt sets for responding the control instruction obtained and issuing instruction information with corresponding indicating mode.
In one embodiment, the instruction device include multiple indicator lights and respectively with the indicator light and the controlThe drive module of device connection processed, the drive module are used to respond the control instruction obtained and with corresponding indicating mode controlsMake lighting and extinguishing for the multiple indicator light.
A kind of wireless switching control system, including self-generating wireless switch and controlled device, the controlled device have moreA working condition, the self-generating wireless switch include key, generator, controller, instruction device and wireless transmitter module,
The key, the controller, the instruction device and the wireless transmitter module are connect with the generator,
The generator is used to convert electric energy for the mobile kinetic energy of the key, and is the controller, instruction deviceIt powers with the wireless transmitter module,
Multiple control instructions being circularly set are preset in the controller, the controller is used for suitable after powering on every timeSequence obtains a control instruction, and is sent by the wireless transmitter module, and multiple control instructions are all different；
The controlled device, which receives and responds the control instruction, executes corresponding working condition,
The instruction device is preset with multiple indicating modes corresponding with multiple control instructions, the instruction dressIt sets for responding the control instruction obtained and issuing instruction information with corresponding indicating mode.
In one embodiment, the instruction device include multiple indicator lights and respectively with the indicator light and the controlThe drive module of device connection processed, the drive module are used to respond the control instruction obtained and with corresponding indicating mode controlsMake lighting and extinguishing for the multiple indicator light.
In one embodiment, the controlled device has multiple operational modules, the arrangement side of the multiple operational moduleFormula is identical as the arrangement mode of the multiple indicator light.
In one embodiment, the controlled device is super bath, and the operational module is heating lamp.
The mobile kinetic energy of key is converted electric energy by above-mentioned self-generating wireless switch and wireless switching control system, generatorFor the power supply of controller, instruction device and wireless transmitter module, controller sequentially obtains a control instruction after powering on every time, andIt is sent to controlled device by wireless transmitter module, controlled device receives and the corresponding working condition of response control instruction execution,The control instruction of instruction device response acquisition simultaneously issues instruction information with corresponding indicating mode, to show current controlled deviceWorking condition effectively improves the utilization of resources to realize control of the generator to operational modules multiple on controlled deviceRate reduces production cost, reduces the volume of switch.
Specific embodiment
To facilitate the understanding of the present invention, a more comprehensive description of the invention is given in the following sections with reference to the relevant attached drawings.In attached drawingGive presently preferred embodiments of the present invention.But the invention can be realized in many different forms, however it is not limited to this paper instituteThe embodiment of description.On the contrary, purpose of providing these embodiments is keeps the understanding to the disclosure more thoroughComprehensively.
In one embodiment, as shown in Figure 1, a kind of self-generating wireless switch 10, which is characterized in that including key 100,Generator 200, controller 300, instruction device 400 and wireless transmitter module 500.
The key 100, the controller 300, the instruction device 400 and the wireless transmitter module 500 are and instituteState the connection of generator 200.
The generator 200 is used to convert the mobile kinetic energy of the key 100 to electric energy, and for the controller 300,The instruction device 400 and the wireless transmitter module 500 are powered.
Multiple control instructions being circularly set are preset in the controller 300, the controller 300 is used for every timeThe control instruction is sequentially obtained after electricity, and is sent by the wireless transmitter module 500.
The instruction device 400 is preset with multiple indicating modes corresponding with multiple control instructions, the fingerShowing device 400 is used to respond the control instruction obtained and issues instruction information with corresponding indicating mode.
When key 100 is pressed, key 100 is mobile to get kinetic energy, the kinetic energy that key 100 is mobile of generator 200Being converted into electric energy is that controller 300, instruction device 400 and wireless transmitter module 500 are powered, and controller 300 after powering on every timeSequence obtains a control instruction, and is sent by wireless transmitter module 500, instruction device 400 according to control instruction simultaneouslyInstruction information is issued with corresponding indicating mode, to show the working condition of current controlled device, to realize a power generationControl of the machine 200 to operational modules multiple on controlled device effectively improves resource utilization, reduces production cost, reduces switchVolume.
Specifically, be preset with multiple control instructions being circularly set in the controller 300, when key 100 is pressed,Generator 200 convert the kinetic energy into electrical energy for controller 300 power supply when, controller 300 i.e. power on, controller 300 obtains in orderA control instruction is taken, and is sent the control instruction by the wireless transmitter module 500, at this point, instruction device400 issue instruction information according to the control instruction of acquisition with corresponding indicating mode；When key 100 is pressed again, controller300 obtain next control instruction in order, and send next control instruction again by the wireless transmitter module 500It goes out, and instruction device 400 issues instruction information, instruction letter according to next control instruction of acquisition with corresponding indicating modeCease the working condition of the current controlled device of real-time display.
In one embodiment, the instruction device 400 include multiple indicator lights and respectively with the indicator light and instituteThe drive module of the connection of controller 300 is stated, the drive module is used to respond the control instruction obtained and with corresponding fingerShow lighting and extinguishing for the multiple indicator light of scheme control, specifically, multiple indicator lights are by lighting and extinguishing hairInformation is indicated out, and lighting or extinguishing for multiple indicator lights is combined with each other, and forms multiple fingers with multiple and different combinationsShow mode, and respectively correspond multiple and different control instructions, in this way, drive module is then when getting different control instructionsIt lights or extinguishes with the multiple indicator lights of corresponding indicating mode control, to show different working conditions.
In one embodiment, multiple control instructions are all different.Since the control instruction of controller 300 passes through nothingLine transmitting module 500 is sent, it is understood that there may be unsuccessful situation is sent, when controller 300 successively sends control in order, may be unsuccessful due to one or many control instructions transmissions therein when instruction, and lead to the finger of self-generating wireless switch 10Showing device 400 and the working condition of controlled device are inconsistent, specifically, such as multiple control instructions be identical instruction, then byA control control instruction of the every reception of equipment then changes working condition, does not such as receive control instruction, then keeps.For example, controlled setStandby is super bath, and setting is there are four heating lamp on super bath, and for the tool of instruction device 400 there are four indicator light, super bath original state is fourHeating lamp is in OFF state, after receiving control instruction, then lights a heating lamp, instruction device 400 lights a fingerShow lamp, after receiving control instruction again, then super bath lights two heating lamps, and instruction device 400 is lighted two indicator lights, often connectReceive a control instruction, the heating lamp lighted on super bath then increase accordingly one, the working condition that instruction device 400 indicates withThe actual working state of super bath is consistent, once control instruction transmission is unsuccessful, then instruction device 400 is still lighted by control instructionThe indicator light of corresponding quantity, and the heating lamp on super bath then maintains the original state, subsequent controllers 300 get control again and refer toWhen enabling and being successfully transmitted, the heating lamp quantity lighted on super bath increases by one, and the quantity that indicator light is lighted in instruction device 400 is thenOne more than the heating lamp lighted on super bath, in this way, then producing the work shape of work the shape body and super bath of the instruction of indicator lightThe inconsistent situation of state.
To avoid instruction device 400 and the working condition of controlled device inconsistent, multiple control instructions are all different,In this way, when one or many control instructions therein send unsuccessful, controlled device often receive a control instruction i.e. withThe control instruction received work, then instruction device 400 and the working condition of controlled device can be consistent.For example, controlledEquipment is super bath, and the corresponding one or more heating lamps of each control instruction are lighted, and each control instruction is not identical mutually, then isSend control instruction in one or many transmissions unsuccessful, once super bath receives control instruction, super bath also can be according to controlThe heating lamp of corresponding number is opened in system instruction, in this way, the working condition that the working condition of super bath can then be indicated with indicator light is protectedIt holds consistent.
In another embodiment, the present invention also provides a kind of wireless switching control systems, as shown in Fig. 2, including spontaneousElectric wireless switching 10 and controlled device, the controlled device have multiple working conditions, which is characterized in that self-generating wireless switch10 include key 100, generator 200, controller 300, instruction device 400 and wireless transmitter module 500.
The key 100 is connect with the generator 200, the controller 300, the instruction device 400 and the nothingLine transmitting module 500 is connect with the generator 200.
The generator 200 is used to convert the mobile kinetic energy of the key 100 to electric energy, and for the controller 300,Instruction device 400 and the wireless transmitter module 500 are powered.
Multiple control instructions being circularly set are preset in the controller 300, the controller 300 is used for every timeThe control instruction is sequentially obtained after electricity, and is sent by the wireless transmitter module 500.
The controlled device, which receives and responds the control instruction, executes corresponding working condition, and each working condition is correspondingOne control instruction, the controlled device have multiple operational modules, for example, the controlled device is super bath 60, the Working mouldBlock is heating lamp, and the super bath 60 further includes wireless receiving module, and the control for receiving the transmitting of wireless transmitter module 500 refers toIt enables.
The instruction device 400 is preset with multiple indicating modes corresponding with multiple control instructions, the fingerShowing device 400 is used to respond the control instruction obtained and issues instruction information with corresponding indicating mode.
In one embodiment, the instruction device 400 include multiple indicator lights and respectively with the indicator light and instituteThe drive module of the connection of controller 300 is stated, the drive module is used to respond the control instruction obtained and with corresponding fingerShow lighting and extinguishing for the multiple indicator light of scheme control.
In one embodiment, as shown in Figures 3 to 6, the arrangement mode of the multiple heating lamp and the multiple instructionThe arrangement mode of lamp is identical.In one embodiment, in one embodiment, multiple control instructions are all different.
As shown in figure 3, super bath 60 has multiple working conditions, and super bath 60 has multiple heating lamps, for example, super bath 60 hasThere are four heating lamp, four heating lamps add including the first heating lamp 610, the second heating lamp 620, third heating lamp 630 and the 4thThermolamp 640, under multiple working conditions of super bath 60, four heating lamps have different operating modes, for example, the first of super bath 60Working condition, the first heating lamp 610 are lighted, and the second heating lamp 620, third heating lamp 630 and the 4th heating lamp 640 extinguish；BathThe second working condition of despot 60, the first heating lamp 610 and the second heating lamp 620 are lighted, third heating lamp 630 and the 4th heating lamp640 extinguish；The third working condition of super bath 60, the first heating lamp 610, the second heating lamp 620 and third heating lamp 630 are lighted,4th heating lamp 640 extinguishes；4th working condition of super bath 60, the first heating lamp 610, the second heating lamp 620, third heating lamp630 and the 4th heating lamp 640 light；5th working condition of super bath 60, the first heating lamp 610, the second heating lamp 620,Three heating lamps 630 and the 4th heating lamp 640 extinguish.
There are five the control instructions recycled, including the first control instruction, the second control instruction, third control for the tool of controller 300System instruction, the 4th control instruction and the 5th control instruction, and five control instructions respectively with five working conditions one of super bath 60One is corresponding, so that five control instructions are different, avoids the indicating mode and super bath 60 of the display of instruction device 400Working condition is inconsistent.
Instruction device 400 has five indicating modes corresponding with five control instructions, including the first indicating mode,Second indicating mode, third indicating mode, the 4th indicating mode and the 5th indicating mode, corresponding four instructions of five indicating modesLamp is lighted or is extinguished respectively, referring again to Fig. 3, the arrangement of four heating lamps of the arrangement mode and super bath 60 of four indicator lightsMode is identical, for example, the first indicating mode, the first indicator light 410 is lighted, the second indicator light 420, third indicator light 430 andFour indicator lights 440 extinguish；Second indicating mode, the first indicator light 410 and the second indicator light 420 are lighted, 430 He of third indicator light4th indicator light 440 extinguishes；Third indicating mode, the first indicator light 410, the second indicator light 420 and 430 points of third indicator lightBright, the 4th indicator light 440 extinguishes；4th indicating mode, the first indicator light 410, the second indicator light 420,430 and of third indicator light4th indicator light 440 is lighted；5th indicating mode, the first indicator light 410, the second indicator light 420,430 and of third indicator light4th indicator light 440 extinguishes.
Under original state, as shown in figure 3, super bath 60 is in the 5th working condition, i.e. four heating lamps extinguish, instruction dress400 are set in corresponding 5th indicating mode, four indicator lights extinguish, when key 100, which is pressed, gets kinetic energy, power generationMachine 200 converts the kinetic energy into electrical energy, and controller 300 powers on, and controller 300 gets the first control instruction, and controller 300 passes throughFirst control instruction is sent to super bath 60 by wireless transmitter module 500, as shown in figure 4, super bath 60 receives the first control instruction simultaneouslyCorresponding first control instruction executes corresponding first working condition, and the first heating lamp 610 of super bath 60 is lighted, meanwhile, instruction dressIt sets 400 and gets the first control instruction, and indicate the working condition of current super bath 60 with the first indicating mode, at this time the first instructionLamp 410 is lighted；When key 100 is pressed again, controller 300 gets the second control instruction, as shown in figure 5, super bath 60The second heating lamp 620 is lighted according to the second control instruction, the first heating lamp 610 and the second heating lamp 620, which are in, at this time lights shapeState, and instruction device 400 lights the second indicator light 420, the first indicator light 410 and the second indicator light 420, which are in, at this time lights shapeState, to show the working condition ... of super bath 60 as shown in fig. 6, working as super bath 60 is in the 4th working condition, four heating lamps are allWhen in illuminating state, key 100 is pressed again, and referring again to Fig. 3, super bath 60 extinguishes four according to the 5th control instructionA heating lamp returns to original state, and instruction device 400 is also corresponding by four indicator lights extinguishings, to show current super bath 60In original state, when key 100 is pressed again, then super bath 60 executes the first working condition again, realizes that one is pressed with thisThe control of key 100 and an engine to multiple heating lamps on super bath 60.
It should be understood that in the present embodiment, five control instructions and corresponding five working conditions are only the present inventionA preferred embodiment, the quantity of control instruction in the present invention can accordingly be adjusted according to the working condition of controlled deviceIt is whole, and each working condition can also be adjusted accordingly according to the characteristic of the operational module of controlled device, for example, super bath 60 hasFour heating lamps, a headlamp and an exhaust fan；First working condition, illumination lamp ignition, the first heating lamp 610, secondHeating lamp 620, third heating lamp 630 and the 4th heating lamp 640 extinguish, exhaust fan work；Second working condition, the first heating lamp610 light, illumination lamp ignition, and the second heating lamp 620, third heating lamp 630 and the 4th heating lamp 640 extinguish, exhaust fan work；Third working condition, the first heating lamp 610 and the second heating lamp 620 are lighted, headlamp, third heating lamp 630 and the 4th heatingLamp 640 extinguishes, exhaust fan work；4th working condition, the first heating lamp 610, the second heating lamp 620 and third heating lamp 630It lights, the 4th heating lamp 640 extinguishes, exhaust fan work；5th working condition, the first heating lamp 610, the second heating lamp 620,Three heating lamps 630 and the 4th heating lamp 640 are lighted, and headlamp extinguishes, exhaust fan work；6th working condition, the first heatingLamp 610, the second heating lamp 620, third heating lamp 630 and the 4th heating lamp 640 are lighted, and headlamp extinguishes, and exhaust fan stopsWork；7th working condition, the first heating lamp 610, the second heating lamp 620, third heating lamp 630 and the 4th heating lamp 640 areExtinguish, headlamp extinguishes, and exhaust fan stops working.Making full use of for resource is realized with this, while reducing energy consumption.
It should be noted that included modules are only drawn according to function logic in the above system embodimentPoint, but be not limited to the above division, as long as corresponding functions can be realized；In addition, each functional unit is specificTitle is also only for convenience of distinguishing each other, the protection scope being not intended to restrict the invention.
In addition, those of ordinary skill in the art will appreciate that realizing all or part of the steps in the various embodiments described above methodIt is that relevant hardware can be instructed to complete by program, corresponding program can store in read/write memory medium.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned realityIt applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not depositedIn contradiction, all should be considered as described in this specification.
The embodiments described above only express several embodiments of the present invention, and the description thereof is more specific and detailed, but simultaneouslyIt cannot therefore be construed as limiting the scope of the patent.It should be pointed out that coming for those of ordinary skill in the artIt says, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to protection of the inventionRange.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.