CN204992930U - Passive wireless Intelligence switching system - Google Patents

Abstract

The application discloses passive wireless Intelligence switching system includes: machinery module, electromagnetism module, electronic module, wherein, the machinery module, with the electromagnetism module is connected through the buckle mode for convert kinetic energy into the mechanical energy in cutting magnetic field, the electromagnetism module, respectively with machinery module and electronic module are connected, with the machinery module is connected through the buckle mode, with the electronic module is connected through inner weld's mode for cut magnetic field with mechanical energy, the electronic module, with the electromagnetism module is connected through inner weld's mode for handle the electric energy that the electromagnetism module produced. The utility model discloses the integrated mechanical transmission system of passive wireless Intelligence switching system, wireless communication, electronic technology, electro magnetics, structure appearance design in an organic whole, adoption remote terminal, the system that intelligence was docked and intelligence switch constitutes for intelligence switch has characteristics such as intellectuality, many accuseizations, standardization.

Description

A kind of passive and wireless intelligent switch system

Technical field

The utility model relates to switching system field, specifically, relates to a kind of passive and wireless intelligent switch system.

Background technology

Along with switch control rule is more and more general, the electrical equipment kind that switch controls also increases day by day, and various metope smart machine gets more and more, and these metope smart machines all need to carry out forceful electric power or battery drives.Forceful electric power connects, and needs metope fluting, pre-buried fire protect duct, just can carry out threading, so just can complete the driving of switch and the maintenance in later stage, and fluting not only destroys building, and the waste material after finishing also pollutes environment equally.Although install battery to decrease above problem, of long duration, battery loses the ability of reserve power, also just loses the function of switch, and old and useless battery also has serious pollution to environment.In order to solve the problem, also have now technical staff to have developed many intelligent switchs, but all there is the weakness such as intelligence degree is not high, operation is sensitive not in these switches.

Along with the continuous progress of science and technology, people start to step into intelligent residence life, coming into operation of various intelligent electrical apparatus equipment becomes a kind of trend gradually, energy-conserving and environment-protective, flexible operation, problem easy to use become the focus that people pay close attention to, people are in the urgent need to carrying out the change of essence to traditional switch, the direct control of forceful electric power or battery-driven controlled in wireless, inherently can solve switch problem, but need medium to drive, so just cause the waste of human and material resources and the pollution of environment.So need inherently to adjust, remove loaded down with trivial details technique, allow this simple moving of switch do, be converted into a kind of energy driving electrical equipment.

Based on above content, how to solve the problems such as kinetic energy conversion, just become technical problem urgently to be resolved hurrily.

Utility model content

Technical problem to be solved in the utility model is to provide a kind of passive and wireless intelligent switch system, realizes without the need to the medium such as forceful electric power, battery, and when utilizing switch, the action in Push switch, makes artificial kinetic energy change the problem of unlimited electric energy.

For solving the problems of the technologies described above, the utility model provides a kind of passive and wireless intelligent switch system, comprising: mechanical module, electromagnetic module, electronic module, wherein,

Described mechanical module, is connected by snap with described electromagnetic module, for kinetic energy being converted to the mechanical energy of cutting magnetic field;

Described electromagnetic module, is connected with electronic module with described mechanical module respectively, is connected by snap with described mechanical module, is connected with the mode of described electronic module by interior welds, for mechanical energy is carried out cutting magnetic field;

Described electronic module, is connected with the mode of described electromagnetic module by interior welds, processes for electric energy electromagnetic module produced.

Preferably, described mechanical module, comprises further: mechanical downlink system, mechanical up-link, Compress Spring, the first touching switch and the second touching switch, wherein,

Described mechanical downlink system, touches switch with described first respectively and is connected with Compress Spring, for sending start-up circuit control information instruction to the first touching switch, and compresses described Compress Spring;

Described mechanical up-link, touches switch with described second respectively and is connected with Compress Spring, and for sending shut-off circuit control information instruction to the second touching switch, termination circuit disconnects, and cuts off closed circuit, prevents current drives electrical equipment;

Described Compress Spring, is connected with mechanical up-link with described mechanical downlink system respectively, for controlling described mechanical up-link and mechanical downlink system;

Described first touching switch, is connected with mechanical downlink system with described electromagnetic module, respectively for being closed by dead circuit;

Described second touching switch, is connected with mechanical up-link with described electromagnetic module, respectively for being disconnected by closed circuit.

Preferably, described electromagnetic module, comprises further: field system, field frame, wherein,

Described field system, is connected with field frame with described electronic module respectively, is formed by connecting by strong magnetic ring body and magnetic conduction sheet, for increasing magnetic pole area;

Described field frame, is connected with field system with described mechanical module respectively, for supporting described field system, prevents described field system from loosening.

Preferably, described electronic module, comprises further: the circuit board of having electronic device and sender unit, wherein,

The circuit board of having electronic device, is connected with sender unit with described electromagnetic module respectively, for the treatment of the induced current produced in described electromagnetic module;

Described sender unit, is connected with the circuit board of described having electronic device, for by the transmission outwardly of the switching signal in the circuit board of having electronic device.

Preferably, described mechanical module, also comprises: magnetic strength body base plate, integral upper cover, soft rubber cushion, arm of force support and Compress Spring, wherein,

Described magnetic strength body base plate, is connected with Compress Spring with described integral upper cover, arm of force support respectively, for transmitting mechanical energy, and location electromagnetic module;

The first touching switch, the second touching switch, clamp button of the spring, outside draw-in groove and soft rubber cushion compacting is provided with in described integral upper cover, described magnetic strength body base plate is coordinated to carry out snap-fitted, for carrying out screens to magnetic strength body base plate, electronic module being carried out to the closed of circuit and disconnect;

Described arm of force support, is fixed in draw-in groove hole reserved in magnetic strength body base plate, for trickle strength in the switch motion of described first touching switch and the second touching switch being transmitted;

Described Compress Spring, fits tightly with described arm of force support and is connected, for ensureing that described arm of force support can return to initial position after stressed;

Described soft rubber cushion, is embedded in wherein on the circuit board being positioned at having electronic device, is provided with concave volume conductive rubber, touches switch and second touch switch close contact with first in integral upper cover in soft rubber cushion.

Preferably, described electromagnetic module, comprises further: coil upper casing, coil lower casing, H type magnetic conduction sheet, magnetic conduction sheet, magnet compressing tablet, strong magnetic and coil, wherein,

Described coil upper casing and coil lower casing are fastening structure, and described H type magnetic conduction sheet is arranged in fastening structure;

Described coil, is wrapped in the space of described fastening structure by fine copper wire, after winding, by the two ends of described coil, be separately fixed in coil lower casing two reference columns in;

Described H type magnetic conduction sheet, be fixed between coil upper casing and coil lower casing, coil upper casing and coil lower casing are provided with screens and fix H type magnetic conduction sheet, two symmetrical arm of forces of arm of force support are crimped on H type magnetic conduction sheet and can conduct for the motion sent by described arm of force support;

Described magnetic conduction sheet, two magnetic conductors being adsorbed on two ends, strong magnetic N/S pole, be fixed in the middle of the reserved draw-in groove of coil lower casing, for magnetic conduction sheet, the magnetic field that strong magnetic itself discharges is extended, and coordinate the motion of H type magnetic conduction sheet, realize the upper and lower laminating with magnetic conduction sheet, thus change the pole orientation of H type magnetic conduction sheet;

Described magnet compressing tablet, contacts with magnetic conduction sheet and crimps, and after fixing, utilizes the elastic deformation of magnet compressing tablet self that two magnetic conduction sheets being adsorbed on two ends, strong magnetic N/S pole are carried out crimping and prevents from moving to surrounding for assemblies such as magnetic conduction sheets;

Described strong magnetic is the source in magnetic field, and two ends, strong magnetic N/S pole are adsorbed with two magnetic conduction sheets respectively and are connected, and utilize the adsorption capacity in magnetic field self, are adsorbed in the prefabricated draw-in groove of coil lower casing, for the magnetic field providing cutting magnetic induction to answer line.

Compared with prior art, passive and wireless intelligent switch system described in the utility model, reaches following effect:

The utility model passive and wireless intelligent switch system integration machine driven system, wireless telecommunications, electronic technology, electromagnetism, constructional appearance design in one, adopt the system that remote terminal, intelligence docking and intelligent switch form, intelligent switch is made to have the features such as intellectuality, multi-controlization, standardization, traditional mechanical theory is combined with electromagnetism, solve the driving problems in switching system, achieve user and electric equipment is installed, safely, controls easily and efficiently.

Accompanying drawing explanation

Accompanying drawing described herein is used to provide further understanding of the present utility model, forms a part of the present utility model, and schematic description and description of the present utility model, for explaining the utility model, is not formed improper restriction of the present utility model.In the accompanying drawings:

Fig. 1 is the schematic diagram of passive and wireless intelligent switch system described in the utility model;

The passive and wireless intelligent switch internal system structural blast figure that Fig. 2 provides for the utility model;

Fig. 3 A is the front view of passive and wireless intelligent switch system of the present utility model;

Fig. 3 B is the rearview of passive and wireless intelligent switch system of the present utility model;

Fig. 3 C is the end view of passive and wireless intelligent switch system of the present utility model.

Embodiment

As employed some vocabulary to censure specific components in the middle of specification and claim.Those skilled in the art should understand, and hardware manufacturer may call same assembly with different noun.This specification and claims are not used as with the difference of title the mode distinguishing assembly, but are used as the criterion of differentiation with assembly difference functionally." comprising " as mentioned in the middle of specification and claim is in the whole text an open language, therefore should be construed to " comprise but be not limited to "." roughly " refer to that in receivable error range, those skilled in the art can solve the technical problem within the scope of certain error, reach described technique effect substantially.In addition, " couple " word and comprise directly any and indirectly electric property coupling means at this.Therefore, if describe a first device in literary composition to be coupled to one second device, then represent described first device and directly can be electrically coupled to described second device, or be indirectly electrically coupled to described second device by other devices or the means that couple.Specification subsequent descriptions is for implementing better embodiment of the present utility model, and right described description is to illustrate for the purpose of rule of the present utility model, and is not used to limit scope of the present utility model.Protection range of the present utility model is when being as the criterion depending on the claims person of defining.

Below in conjunction with accompanying drawing, the utility model is described in further detail, but not as to restriction of the present utility model.

Embodiment 1:

Composition graphs 1, the present embodiment provides a kind of passive and wireless intelligent switch system, and this passive and wireless intelligent switch system comprises: comprising: mechanical module 1, electromagnetic module 2, electronic module 3, wherein,

Described mechanical module 1, is connected by snap with described electromagnetic module 2, for kinetic energy being converted to the mechanical energy of cutting magnetic field.Mechanical module is made up of a series of transmission mechanism, by the dynamic balance principle of leverage, is transmitted by the equilibrant force of fulcrum to two ends, when transmitting as a side, and closing of realizing circuit.Again because there being the elastic deformation of spring, causing in lever and tending to again the disconnection that the other end carrys out realizing circuit, reciprocating motion becomes an intermittent cyclic.Mechanical module 1 is made up of a series of transmission mechanism, by the dynamic balance principle of leverage, is transmitted by the equilibrant force of fulcrum to one end, when mechanical downlink system 11 moves, realizes the first touching switch 12 and carrys out the closed of realizing circuit.Again because there being the elastic deformation of Compress Spring 13, cause in lever and tend to again the disconnection that mechanical up-link 14 carrys out realizing circuit, reciprocating motion becomes an intermittent cyclic.

Described electromagnetic module 2, is connected with electronic module 3 with described mechanical module 1 respectively, is connected by snap with described mechanical module 1, is connected by the mode of interior welds with described electronic module 3, for mechanical energy is carried out cutting magnetic field.Electromagnetic module 2 forms structure by field system 21 and field frame 22, when kinetic energy is delivered to electromagnetic module 2 in the mode of mechanical energy by mechanical module 1, mechanical energy will carry out the cutting in magnetic field, when a part of conductor cutting magnetic induction line motion of closed circuit, and will generation current on conductor.

Described electronic module 3, is connected by the mode of interior welds with described electromagnetic module 2, processes for electric energy electromagnetic module 2 produced.Electronic module 3 is made up of a series of electronic device, because electronic module 3 is connected with welding manner with electromagnetic module 2, after electromagnetic module 2 produces electric energy, it is inner that the very first time can enter electronic module 3, electric energy is changed by the electronic devices and components of electronic module 3 inside, and convert electrical energy into can the energy of drive singal.

Described mechanical module 1, comprises further: mechanical downlink system 11, mechanical up-link 14, Compress Spring 13, first touching switch 12 and the second touching switch 15, wherein,

Described mechanical downlink system 11, touches switch 12 with described first respectively and is connected with Compress Spring 13, for sending start-up circuit control information instruction to the first touching switch 12, and compresses described Compress Spring 13;

Described mechanical up-link 14, touches switch 15 with described second respectively and is connected with Compress Spring 13, and for sending shut-off circuit control information instruction to the second touching switch 15, termination circuit disconnects, and cuts off closed circuit, prevents current drives electrical equipment;

Described Compress Spring 13, is connected with mechanical up-link 14 with described mechanical downlink system 11 respectively, touches switch 15 for controlling described first touching switch 12 and second;

Described first touching switch 12, becomes the part that mechanical energy is changed, respectively for being closed by dead circuit with described electronic module 3 and mechanical downlink system 11;

Described second touching switch 15, becomes the part that mechanical energy is changed, respectively for being disconnected by closed circuit with described electronic module 3 and mechanical up-link 14.

Described electromagnetic module 2, comprises further: field system 22, field frame 21, wherein,

Described field system 22, is connected with field frame 21 with described electronic module 3 respectively, is formed by connecting, for increasing magnetic pole area by strong magnetic 47 ring body and magnetic conduction sheet 46;

Described field frame 21, is connected with field system 22 with described mechanical module 1 respectively, for supporting described field system 22, prevents described field system 22 from loosening.

Described electronic module 3, comprises further: the circuit board 31 of having electronic device and sender unit 32, wherein,

The circuit board 31 of having electronic device, is connected with sender unit 32 with described electromagnetic module 2 respectively, for the treatment of the induced current produced in described electromagnetic module 2;

Described sender unit 32, is connected with the circuit board 31 of described having electronic device, for switching signal in the circuit board 31 of having electronic device being carried out extraneous transmission.

During described passive and wireless intelligent switch system works, namely open the beginning of switch This move, cause mechanical downlink system 11 setting in motion, now, Compress Spring 13 starts deformation, and the first touching switch 12 is opened.

Field system 22 in field frame 21 is in closure state, because mechanical downlink system 11 is also kept in motion, causes the magnetic induction line in the circle winding cutting magnetic field system 22 in field system 22, now creates induced current.

Induced current flows through in the circuit board 31 of having electronic device, and the electronic device in the circuit board 31 of rotating band electronic device make it to produce can the energy of drive singal transmitter 32.

When after trip switch, deformation due to Compress Spring 13 starts to restore, the energy drives machinery up-link 14 created is moved, and touch the second touching switch 15, circuit is disconnected, because mechanical up-link 14 is also kept in motion, causes the magnetic induction line in the circle winding cutting magnetic field system 22 in field system 22, because circuit disconnects, so do not have faradic generation.

Finally, mechanical module 1 returns to initial position.

Embodiment 2:

Composition graphs 2-Fig. 3 C, on the basis of embodiment 1, present embodiments provides a kind of passive and wireless intelligent switch system, comprising: mechanical module 1, electromagnetic module 2, electronic module 3, wherein,

Described mechanical module 1, is connected by snap with described electromagnetic module 2, for kinetic energy being converted to the mechanical energy of cutting magnetic field.Mechanical module 1 forms mechanical system by a series of parts and is used for kinetic energy to be converted to mechanical energy.Arm of force support 410 wherein in mechanical module 1 plays the effect of transmitting kinetic energy.After integral upper cover 41 and magnetic strength body base plate 49 assemble, because arm of force support 410 receives the effect of external force, extruding H type magnetic conduction sheet 45, now again because Compress Spring 13 produces elastic deformation when arm of force support force.When external force disappears, the deformation due to Compress Spring 13 starts to discharge the strength produced and is pressed down by arm of force support 410, to press down in process and press down H type magnetic conduction sheet 45, until Compress Spring 13 returns to initial position at arm of force support 410.

Described electromagnetic module 2, is connected with electronic module 3 with described mechanical module 1 respectively, is connected by snap with described mechanical module 1, is connected by the mode of interior welds with described electronic module 3, and electromagnetic module 2 is places of mechanical energy converting electrical energy.

Wherein H type magnetic conduction sheet 45 is when being subject to arm of force support 410 and extruding, with H type magnetic conduction sheet 45 mid point for the strong point, tilt to one end, in the process tilted, the first touching switch 12 in integral upper cover 41 causes the concavo-convex conductive rubber extruded in soft rubber cushion 42 to cause closing of circuit due to deformation.

Adsorption range is increased the polarity to having N or S pole to the end of magnetic conduction sheet 48 and whole magnetic conductor 48 by N/S the two poles of the earth of strong magnetic 47 under the effect of magnetic conduction sheet 48, and coil fine copper wire 411 is closely wrapped in inside coil upper casing 43 groove reserved with coil the lower casing 44 and two ends of fine copper wire 411 and is welded on respectively on the reserved guide pillar of coil lower casing 44.When H type magnetic conduction sheet 45 tilts to one end in field frame 22, due to magnetic field adsorption effect, one end of H type magnetic conduction sheet 45 has the polarity of magnetic field N or S pole, and the other end has the polarity of S or N pole, now circuit is in closure state, excised in magnetic field in the process of motion, the position of now welding guide pillar creates induced current.

Otherwise, when losing the effect of external force, arm of force support 410 is owing to receiving the elastic force setting in motion of Compress Spring 13, now integral upper cover 41 second touches switch 15 owing to losing external force above, the moulding beginning had due to plastics itself replys initial position, the concavo-convex conductive rubber of soft rubber cushion 42 losing external force like this also returns to initial position due to the elastic force of rubber self, and now circuit is in off-state.But arm of force support 410 also needs to continue to move, extruding H type magnetic conduction sheet 45, due to magnetic field adsorption effect, the other end of H type magnetic conduction sheet 45 has the polarity of magnetic field S or N pole, and the other end has the polarity of N or S pole, because circuit is in off-state, so do not have electric current to produce.

Described electronic module 3, is connected by the mode of interior welds with described electromagnetic module 2, and electronic module 3, for the treatment of the induced current from electromagnetic module 2, makes electric energy be converted to the signal driving electrical equipment.

Described mechanical module 1, comprises further: mechanical downlink system 11, mechanical up-link 14, Compress Spring 13, first touching switch 12 and the second touching switch 15, wherein,

Described mechanical downlink system 11, touches switch 12 with described first respectively and is connected with Compress Spring 13, for sending start-up circuit control information instruction to the first touching switch 12, and compresses described Compress Spring 13;

Described mechanical up-link 14, touches switch 15 with described second respectively and is connected with Compress Spring 13, and for sending shut-off circuit control information instruction to the second touching switch 15, termination circuit disconnects, and cuts off closed circuit, prevents current drives electrical equipment;

Described Compress Spring 13, is connected with mechanical up-link 14 with described mechanical downlink system 11 respectively, touches switch 15 for controlling described first touching switch 12 and second;

Described first touching switch 12, becomes the part that mechanical energy is changed, respectively for being closed by dead circuit with described electromagnetic module 2 and mechanical downlink system 11.

Described second touching switch 15, becomes the part that mechanical energy is changed, respectively for being disconnected by closed circuit with described electromagnetic module 2 and mechanical up-link 14.

Described electromagnetic module 2, comprises further: field system 22, field frame 21, wherein,

Described field system 22 is the important mechanism sending electric energy, is connected respectively with described electronic module 3 with field frame 21, is formed by connecting, for increasing magnetic pole area by strong magnetic 47 ring body and magnetic conduction sheet 46;

Described field frame 21, is the main component supporting field system 22, is connected respectively with described mechanical module 1 with field system 22, for supporting described field system 22, prevents described field system 22 from loosening.

Described electronic module 3, comprises further: the circuit board 31 of having electronic device and sender unit 32, wherein,

The circuit board 31 of having electronic device, is connected with sender unit 32 with described electromagnetic module 2 respectively, for the treatment of the induced current produced in described electromagnetic module 2; The circuit board 31 of described having electronic device, is connected in the mode of buckle, welding with mechanical module 1, and the induced current that field system 22 produces is used for the electronic device in the circuit board 31 of rotating band electronic device.

Described sender unit 32, is connected with the circuit board 31 of described having electronic device, is connected in a welding manner with the circuit board 31 of having electronic device, for the signal in the circuit board 31 of having electronic device being carried out extraneous transmission.

Described mechanical module 1, also comprises: magnetic strength body base plate 49, integral upper cover 41, soft rubber cushion 42, arm of force support 410 and Compress Spring 13, wherein,

Described magnetic strength body base plate 49, is connected with Compress Spring 13 with described integral upper cover 41, arm of force support 410 respectively, for transmitting mechanical energy, and location electromagnetic module;

Be provided with the first touching switch 12, second in described integral upper cover 41 and touch switch 15, clamp button of the spring, outside draw-in groove and soft rubber cushion 42 compacting, described magnetic strength body base plate 49 is coordinated to carry out snap-fitted, for carrying out screens to magnetic strength body base plate, electronic module being carried out to the closed of circuit and disconnect.

Described arm of force support 410, is fixed in draw-in groove hole reserved in magnetic strength body base plate 49, for trickle strength in the switch motion of described first touching switch 12 and the second touching switch 15 being transmitted;

Described Compress Spring 13, fits tightly with described arm of force support 410 and is connected, for ensureing that described arm of force support 410 can return to initial position after stressed;

Described soft rubber cushion 42, be embedded in wherein on the circuit board being positioned at having electronic device, concave volume conductive rubber is had in soft rubber cushion, touch switch 12 and second with first in integral upper cover and touch switch 15 close contact, when machinery is descending, first touching switch and the second touching switch press soft rubber cushion concave volume conductive rubber downwards due to pressure effect, cause the circuit board of conductive rubber contact zones electronic device to make it the closed of circuit.When machinery is up, first touching switch and the second touching switch are owing to losing extraneous pressure, the position that the plasticity of plastics makes plastics recover original, soft rubber cushion concave volume also replys initial position, and the circuit board causing soft rubber cushion concave volume conductive rubber to leave having electronic device makes it circuit and disconnects.

How many first touching switch 12 and the second touching switches 15 can distribute according to associating of switch, when controlling only to need a switch, the first touching switch 12 or the second touching switch 15 one of them play a major role, another plays the effect of backup.When controlling needs two switches, the first touching switch 12 and the second touching switch 15 are born the responsibility the task of control circuit closed and disconnected respectively.

Described electromagnetic module 2, comprises further: coil upper casing 43, coil lower casing 44, H type magnetic conduction sheet 45, magnetic conduction sheet 46, magnet compressing tablet 48, strong magnetic 47 and coil 411, wherein,

Described coil upper casing 43 is fastening structure with coil lower casing 44, and described H type magnetic conduction sheet 45 is arranged in fastening structure;

Described coil 411 is wrapped in the space of described fastening structure by fine copper wire, after winding, by the two ends of described coil 411, be separately fixed in coil lower casing 44 two reference columns in;

Described H type magnetic conduction sheet 45, be fixed between coil upper casing 43 and coil lower casing 44, coil upper casing 43 and coil lower casing 44 have screens to fix H type magnetic conduction sheet 45, two symmetrical arm of forces of arm of force support 410 are crimped on H type magnetic conduction sheet 45, can conduct for the motion that described arm of force support is sent;

Described magnetic conduction sheet 46, two magnetic conductors being adsorbed on two ends, strong magnetic N/S pole, this module is fixed in the middle of the reserved draw-in groove of coil lower casing, magnetic field for being discharged by strong magnetic 47 itself extends, and coordinate the motion of H type magnetic conduction sheet 45, realize the upper and lower laminating with magnetic conduction sheet 46, thus change the pole orientation of H type magnetic conduction sheet 45;

Described magnet compressing tablet 48, contacts with magnetic conduction sheet 46 and crimps, and after fixing, utilizes the elastic deformation of magnet compressing tablet 48 self that two magnetic conduction sheets 46 being adsorbed on two ends, strong magnetic N/S pole are carried out crimping and prevents surrounding from moving for assembly such as magnetic conduction sheet 46 grade

Described strong magnetic 47 is the sources in magnetic field, and two ends, strong magnetic N/S pole are adsorbed with two magnetic conduction sheets 46 respectively and are connected, and utilize the adsorption capacity in magnetic field self, is adsorbed in the draw-in groove that coil lower casing 44 pays in advance, for the magnetic field providing cutting magnetic induction to answer line.

Embodiment 3:

On the basis of embodiment 1 and embodiment 2, the present embodiment is Application Example:

In described mechanical module 1, arm of force support 410 is connected in the mode of buckle slot with magnetic strength body base plate 49, the reserved groove of magnetic strength body base plate 49 arm support 410 of can exerting all one's strength can move according to certain orientation at this, and Compress Spring 13, with hot pressing mode, is fixed on integral upper cover 41 both sides.Integral upper cover 41 adopts twocouese click on fashion to be connected with magnetic strength body base plate 49.

The circuit board 31 of having electronic device leaves welding hole, and the welding hole reserved with coil lower casing 44 welds, and the welded post of winding around is welded with the circuit board 31 of having electronic device, and the induced current sent by magnet transmits.Magnetic strength body base plate 49 leaves buckle, and circuit board 31 and the welding portion of having electronic device are fixed on magnetic strength body base plate 49.

The circuit board 31 of having electronic device leaves welding hole, and it is be welded on the circuit board 31 of having electronic device that signal sends line 414.The control signal that the circuit board 31 of having electronic device sends is carried out transmitting and launching.

In described electromagnetic module 2, coil upper casing 43 adopts snap to be connected with coil lower casing 44, first H type magnetic conduction sheet 45 is put into the draw-in groove of coil lower casing 44 before connection, in draw-in groove, center arranges and separates position, so that H type magnetic conduction sheet 45 can upper and lower motion after coil lower casing 44 and coil upper casing 43 merge.

The coil upper casing 43 and the coil lower casing 44 that have merged can form a hollow groove, and trench interiors is wound around ultra-fine copper wire, and copper wire two ends are wrapped on the welding pillar of coil lower casing 44 respectively, and fix.

Magnetic conduction sheet 46 to be fixed in coil lower casing 44 in existing groove.Two magnetic conduction sheets 46 rely on strong self magnetic of magnetic 47 to adsorb, and magnet is with compressing tablet 48 according to natural resiliency, and by magnetic conduction sheet 46, magnetic 47 is firmly locked on coil lower casing 44 by force.

In described electronic module 3, the circuit board 31 of having electronic device is connected with welding manner with coil lower casing 44, and leave installing hole in the circuit board 31 of having electronic device, soft rubber cushion 42 is placed on the circuit board 31 of having electronic device.Signal sends line 414 and is connected in a welding manner with the circuit board 31 of having electronic device.

By the passive and wireless intelligent switch system of this programme, by the docking of password, can control separately or multiple control apparatus switch run.Meanwhile, this programme is also for user eliminates the destruction to body of wall in finishing.Not only save decoration cost, also protect the environment of surrounding.

Compared with prior art, passive and wireless intelligent switch system described in the utility model, reaches following effect:

The utility model passive and wireless intelligent switch system integration machine driven system, wireless telecommunications, electronic technology, electromagnetism, constructional appearance design in one, adopt the system that remote terminal, intelligence docking and intelligent switch form, intelligent switch is made to have the features such as intellectuality, multi-controlization, standardization, traditional mechanical theory is combined with electromagnetism, solve the driving problems in switching system, achieve user and electric equipment is installed, safely, controls easily and efficiently.

Above-mentioned explanation illustrate and describes some preferred embodiments of the present utility model, but as previously mentioned, be to be understood that the utility model is not limited to the form disclosed by this paper, should not regard the eliminating to other embodiments as, and can be used for other combinations various, amendment and environment, and can in utility model contemplated scope described herein, changed by the technology of above-mentioned instruction or association area or knowledge.And the change that those skilled in the art carry out and change do not depart from spirit and scope of the present utility model, then all should in the protection range of the utility model claims.

Claims (6)

1. a passive and wireless intelligent switch system, is characterized in that, comprising: mechanical module, electromagnetic module, electronic module, wherein,

Described mechanical module, is connected by snap with described electromagnetic module, for kinetic energy being converted to the mechanical energy of cutting magnetic field;

Described electromagnetic module, is connected with electronic module with described mechanical module respectively, is connected by snap with described mechanical module, is connected with the mode of described electronic module by interior welds, for mechanical energy is carried out cutting magnetic field;

Described electronic module, is connected with the mode of described electromagnetic module by interior welds, processes for electric energy electromagnetic module produced.

2. passive and wireless intelligent switch system according to claim 1, it is characterized in that, described mechanical module, comprises further: mechanical downlink system, mechanical up-link, Compress Spring, the first touching switch and the second touching switch, wherein,

Described mechanical downlink system, touches switch with described first respectively and is connected with Compress Spring, for sending start-up circuit control information instruction to the first touching switch, and compresses described Compress Spring;

Described mechanical up-link, touches switch with described second respectively and is connected with Compress Spring, and for sending shut-off circuit control information instruction to the second touching switch, termination circuit disconnects, and cuts off closed circuit, prevents current drives electrical equipment;

Described Compress Spring, is connected with mechanical up-link with described mechanical downlink system respectively, for controlling described mechanical up-link and mechanical downlink system;

Described first touching switch, is connected with mechanical downlink system with described electromagnetic module, respectively for being closed by dead circuit;

Described second touching switch, is connected with mechanical up-link with described electromagnetic module, respectively for being disconnected by closed circuit.

3. passive and wireless intelligent switch system according to claim 1, it is characterized in that, described electromagnetic module, comprises further: field system, field frame, wherein,

Described field system, is connected with field frame with described electronic module respectively, is formed by connecting by strong magnetic ring body and magnetic conduction sheet, for increasing magnetic pole area;

Described field frame, is connected with field system with described mechanical module respectively, for supporting described field system, prevents described field system from loosening.

4. passive and wireless intelligent switch system according to claim 1, it is characterized in that, described electronic module, comprises further: the circuit board of having electronic device and sender unit, wherein,

The circuit board of having electronic device, is connected with sender unit with described electromagnetic module respectively, for the treatment of the induced current produced in described electromagnetic module;

Described sender unit, is connected with the circuit board of described having electronic device, for by the transmission outwardly of the switching signal in the circuit board of having electronic device.

5. passive and wireless intelligent switch system according to claim 2, it is characterized in that, described mechanical module, also comprises: magnetic strength body base plate, integral upper cover, soft rubber cushion, arm of force support and Compress Spring, wherein,

Described magnetic strength body base plate, is connected with Compress Spring with described integral upper cover, arm of force support respectively, for transmitting mechanical energy, and location electromagnetic module;

The first touching switch, the second touching switch, clamp button of the spring, outside draw-in groove and soft rubber cushion compacting is provided with in described integral upper cover, described magnetic strength body base plate is coordinated to carry out snap-fitted, for carrying out screens to magnetic strength body base plate, electronic module being carried out to the closed of circuit and disconnect;

Described arm of force support, is fixed in draw-in groove hole reserved in magnetic strength body base plate, for trickle strength in the switch motion of described first touching switch and the second touching switch being transmitted;

Described Compress Spring, fits tightly with described arm of force support and is connected, for ensureing that described arm of force support can return to initial position after stressed;

Described soft rubber cushion, is embedded in wherein on the circuit board being positioned at having electronic device, is provided with concave volume conductive rubber, touches switch and second touch switch close contact with first in integral upper cover in soft rubber cushion.

6. the passive and wireless intelligent switch system according to claim 3 or 5, it is characterized in that, described electromagnetic module, comprises further: coil upper casing, coil lower casing, H type magnetic conduction sheet, magnetic conduction sheet, magnet compressing tablet, strong magnetic and coil, wherein,

Described coil upper casing and coil lower casing are fastening structure, and described H type magnetic conduction sheet is arranged in fastening structure;

Described coil, is wrapped in the space of described fastening structure by fine copper wire, after winding, by the two ends of described coil, be separately fixed in coil lower casing two reference columns in;

Described H type magnetic conduction sheet, be fixed between coil upper casing and coil lower casing, coil upper casing and coil lower casing are provided with screens and fix H type magnetic conduction sheet, two symmetrical arm of forces of arm of force support are crimped on H type magnetic conduction sheet and can conduct for the motion sent by described arm of force support;

Described magnetic conduction sheet, two magnetic conductors being adsorbed on two ends, strong magnetic N/S pole, be fixed in the middle of the reserved draw-in groove of coil lower casing, for magnetic conduction sheet, the magnetic field that strong magnetic itself discharges is extended, and coordinate the motion of H type magnetic conduction sheet, realize the upper and lower laminating with magnetic conduction sheet, thus change the pole orientation of H type magnetic conduction sheet;

Described magnet compressing tablet, contacts with magnetic conduction sheet and crimps, and after fixing, utilizes the elastic deformation of magnet compressing tablet self that two magnetic conduction sheets being adsorbed on two ends, strong magnetic N/S pole are carried out crimping and prevents from moving to surrounding for magnetic conduction sheet assembly;

Described strong magnetic is the source in magnetic field, and two ends, strong magnetic N/S pole are adsorbed with two magnetic conduction sheets respectively and are connected, and utilize the adsorption capacity in magnetic field self, are adsorbed in the prefabricated draw-in groove of coil lower casing, for the magnetic field providing cutting magnetic induction to answer line.