CN104314450A - Ultrasonic multifunctional door-window facility and functional component thereof - Google Patents
Ultrasonic multifunctional door-window facility and functional component thereof Download PDFInfo
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- CN104314450A CN104314450A CN201410515148.9A CN201410515148A CN104314450A CN 104314450 A CN104314450 A CN 104314450A CN 201410515148 A CN201410515148 A CN 201410515148A CN 104314450 A CN104314450 A CN 104314450A
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Abstract
The invention relates to an ultrasonic multifunctional door-window facility and a functional component thereof. The ultrasonic multifunctional door-window facility consists of one or more of ultrasonic door-window facility functional components such as an ultrasonic door-window lens, an ultrasonic door-window lens frame, an ultrasonic door-window frame, an ultrasonic door-window protective membrane, an ultrasonic door curtain, an ultrasonic window curtain and the like as well as a drive control circuit and an ultrasonic sensor antitheft alarming circuit. The ultrasonic door-window facility functional component is formed by combining ordinary door-window facility components such as the door-window lens, the door-window lens frame, the door-window frame, the door-window protective membrane, the door curtain, the window curtain and the like and an ultrasonic transformation device and has functions for producing and transferring the ultrasonic mechanical vibration, transmitting the ultrasonic and the like. By producing the ultrasonic mechanical vibration and transmitting the ultrasonic and combining the drive control circuit and the ultrasonic sensor antitheft alarming circuit, the ultrasonic multifunctional door-window facility has functions of ultrasonic water prevention, dust prevention, insect repelling, rat repelling, antitheft alarming and the like.
Description
Technical field
The present invention relates to door and window facility technology field, especially there is door and window facility and the functional unit thereof of multiple ultrasonic wave function.
Background technology
Ultrasonic wave be frequency higher than the sound wave of 20000 hertz, be divided into again power ultrasonic to involve detection ultrasonic wave in actual applications.Its good directionality, penetration capacity is strong, is easy to obtain the acoustic energy comparatively concentrated, and in the larger solid of density and liquid, propagation distance is far away, can be used for range finding, industrial flaw detection, medical B-ultrasound sound, cleaning, welding, boring, rubble, sterilizing etc.
The principle of Ultrasonic Cleaning can be explained by " cavitation " phenomenon, so-called cavitation is hole and is formed in a liquid and hole rapid closing, when ultrasonic wave vibrate the sound wave pressure propagated in a liquid reach an atmospheric pressure time, hyperacoustic sound wave pressure honeybee value just can reach vacuum or negative pressure, but in fact exist without negative pressure, therefore the pressure that generation one is very large in a liquid, liquid drawing crack is become cavity, break when ultrasonic wave pressure oppositely reaches maximum in this cavity, the strong shock wave produced during owing to breaking, the dirt be attached on object can clash into by this shock wave.
The principle of ultrasonic wave waterproof: ultrasonic wave can be made water atomization by " cavitation " phenomenon be attached between the water on object and be departed from body surface.
The principle that ultrasonic wave is dust-proof: object makes the dust being attached to its surface depart from it by producing ultra sonic machinery vibrational energy, and dust is also peeled off purge surface by " cavitation " phenomenon be attached between the water on object by ultrasonic wave.
The principle of ultrasonic insect-repelling: the natural enemy bat of mosquito can send the ultrasonic wave of 26KHz-28KHz, the natural enemy dragonfly of mosquito can send the ultrasonic wave of 5KHz-10KHz, and make the public mosquito liking the female mosquito biting people to detest can send the ultrasonic wave of 21KHz-23KHz, the ultrasonic wave of 23KHz-64KHz is then to cockroach, fly, the insects such as flea are inhibited, ultrasonic insect-repelling technology is that one utilizes high frequency sound wave impulse circuit technology to develop and can produce 5KHz-10KHz, 21KHz-23KHz, 26KHz-28KHz, hyperacoustic a kind of device of 23KHz-64KHz equifrequent scope, it is bat that the ultrasonic wave that this device is launched can make mosquito think by mistake, dragonfly, the ultrasonic wave that public mosquito etc. sends, thus produce fear or detest sense and flee from, simultaneously can to cockroach, fly, the insects such as flea produce inhibitory action, thus create a quality space without insect.
The principle of ultrasonic wave rat destruction: ultrasonic wave rat destruction technology is that one utilizes high frequency sound wave impulse circuit technology to develop can to produce the hyperacoustic a kind of device of 13kHz-55kHz, the ultrasonic wave that this device generates can effectively be attacked muroid auditory system and cause muroid physiological dysfunction, application target is the environment cannot survived to create a mouse, force their Autonomic Migration Framework, reach the object of driving away mouse.
The principle that ultrasonic theft-proof is reported to the police: ultrasonic theft-proof alarm technique is utilize ultrasonic wave to run into detecting function that obstruction will produce reflection, in needs antitheft specific region, a ultrasonic signal source is installed, after having object to enter ultrasonic wave emitting area, ultrasonic signal will be made to produce reflection, thus received by ultrasonic sensor and judge whether will send anti-theft alarm by anti-theft warning circuit analysis.
Door and window facility is a kind of facility for ventilation and lighting and protection isolation etc., common are the door and window facility of building, and the door and window facility of the transport facility such as vehicle, ship, aircraft.
Door and window facility, providing easily to the life of people while, also also exists following familiar lacunas:
Door and window facility is under the invasion and attack through dust and water droplet, its surface can badly influence its outward appearance and cleannes because of long-pending full spot, especially the light transmittance of some transparent door and windows will be greatly affected, people constantly clean door and window facility, and some door and window facility is because the reason of its installation site can bring great inconvenience to cleaning.
Some are very easily subject to the invasion and attack of dust and water droplet for the transparent door and window etc. of door and window facility as building of daylighting towards open air, especially can badly influence its light transmittance because its external surface is subject to the invasion and attack of a large amount of rainwater on rainy day.
Some are arranged on door and window facility on transport facility as vehicle, ship, the door and window facility of aircraft etc. badly influences except its outward appearance and cleannes except being easily subject to the invasion and attack of dust and water droplet, wherein to thicken when being subject to rainwater invasion and attack a slice and badly influence the sight line of driver for the form of observing traffic such as front windshield wind etc., thus affect traffic safety, although be all provided with the wiper for striking off rainwater on the front windshield wind of a lot of transport facility, but the defect that wiper also exists inefficiency and also can impact the sight line of driver in running, thus be difficult to reach desirable waterproof effect.
In addition, all there is the comparatively single defect of utility function in existing door and window facility.
Summary of the invention
The technical problem to be solved in the present invention is: in order to overcome above-mentioned in common door and window facility Problems existing, provide one and not only there is ultrasonic wave waterproof and dustproof function, but also have the ultrasonic wave door and window facility of the multiple utility functions such as ultrasonic insect-repelling, rat destruction, burglar alarm concurrently.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of ultrasonic multi-functional door and window facility and functional unit thereof; combined by any one or more ultrasonic wave door and window facility functional units in the ultrasonic wave door and window facility functional units such as common door and window facility and ultrasonic wave door and window eyeglass, ultrasonic wave door and window lens rim, ultrasonic wave jamb, ultrasonic wave door and window diaphragm, ultrasonic wave door curtain, ultrasonic wave curtain, and the electronic circuit such as ultrasonic wave Drive and Control Circuit, ultrasonic sensor anti-theft warning circuit forms jointly.
Described ultrasonic multi-functional door and window facility functional unit comprises the ultrasonic wave door and window facility functional unit such as ultrasonic wave door and window eyeglass, ultrasonic wave door and window lens rim, ultrasonic wave jamb, ultrasonic wave door and window diaphragm, ultrasonic wave door curtain, ultrasonic wave curtain be bonded by the common door and window facility assembly such as door and window eyeglass, door and window lens rim, jamb, door and window diaphragm, door curtain, curtain and ultrasonic wave transducer sheet or ultrasonic transducer, has functions such as producing ultra sonic machinery vibration, conduct ultrasound mechanical oscillation, transmitting ultrasonic wave.
Described ultrasonic wave door curtain or ultrasonic wave curtain comprise the ultrasonic wave door curtain or ultrasonic wave curtain that are made up of door curtain or curtain and ultrasonic wave door curtain frame or ultrasonic wave curtain frame, and ultrasonic wave door curtain frame or ultrasonic wave curtain frame are then be bonded by door curtain frame or curtain frame and ultrasonic wave transducer sheet or ultrasonic transducer.
Described ultrasonic wave transducer sheet or ultrasonic transducer are driven by ultrasonic wave Drive and Control Circuit and control; produce ultra sonic machinery vibration by ultrasonic wave electricity-sound conversion and launch ultrasonic wave; and produce resonance, by ultra sonic machinery conduct vibrations to ultrasonic wave door and window facility functional unit by the ultrasonic wave door and window facility functional unit such as ultrasonic wave door and window eyeglass, ultrasonic wave door and window lens rim, ultrasonic wave jamb, ultrasonic wave door and window diaphragm, ultrasonic wave door curtain, ultrasonic wave curtain combined with it.
Described ultrasonic multi-functional door and window facility functional unit also comprises the ultrasonic wave door and window eyeglass with ultrasonic wave electricity-sound translation function, ultrasonic wave door and window diaphragm, ultrasonic wave door curtain, ultrasonic wave curtain etc. that are made up of the single crystal material or polycrystalline material with piezo-electric effect.
The described single crystal material with piezo-electric effect comprises single crystal quartz body.
The described polycrystalline material with piezo-electric effect comprises barium titanate piezoelectric ceramics, lead titanate piezoelectric ceramics composite crystal (PZT), PVDF etc.
Described ultrasonic wave door and window lens rim and ultrasonic wave jamb have the function producing ultra sonic machinery vibration and conduct ultrasound mechanical oscillation, by the combination with common door and window facility, and ultra sonic machinery conduct vibrations is given other assembly of common door and window facility, common door and window facility just can be made to become there is the ultrasonic multi-functional door and window facility producing ultra sonic machinery vibration and launch ultrasonic wave function.
The ultrasonic wave door and window facility functional units such as described ultrasonic wave door and window eyeglass, ultrasonic wave door and window lens rim, ultrasonic wave jamb, ultrasonic wave door and window diaphragm, ultrasonic wave door curtain, ultrasonic wave curtain are driven by ultrasonic wave Drive and Control Circuit and control, and made it have and produce ultra sonic machinery vibration, conduct ultrasound mechanical oscillation, launch the functions such as ultrasonic wave by ultrasonic wave electricity-sound conversion.
In order to water-proof function of the present invention can be realized, described ultrasonic multi-functional door and window facility vibrates by producing ultra sonic machinery and launches ultrasonic wave, utilize " cavitation " phenomenon between ultrasonic wave and water, make to be attached to the water atomization on its surface and depart from its surface, thus realizing the function of waterproof.
In order to dust reduction capability of the present invention can be realized, described ultrasonic multi-functional door and window facility vibrates by producing ultra sonic machinery and launches ultrasonic wave, the dust being attached to its surface is made to depart from its surface, and " cavitation " phenomenon between ultrasonic wave and water can be utilized to be peeled off by the dust being attached to its surface remove, realize dust-proof function with this.
In order to function for expelling pests of the present invention can be realized, frequency tuning control circuit is connected with in described ultrasonic wave Drive and Control Circuit, by tuning control ultrasonic wave Drive and Control Circuit output frequency at 5KHz-10KHz, 21KHz-23KHz, 26KHz-28KHz, the signal of telecommunication of checker within the scope of 23KHz-64KHz equifrequent, ultrasonic multi-functional door and window facility just can be driven to launch the ultrasonic wave of corresponding frequencies, it is bat that mosquito in emitting area is thought by mistake, dragonfly, the ultrasonic wave that public mosquito etc. sends, thus produce fear or detest sense and flee from, simultaneously can to the cockroach in emitting area, fly, the insects such as flea produce inhibitory action.
In order to anti-rat of the present invention can be realized, frequency tuning control circuit is connected with in described ultrasonic wave Drive and Control Circuit, by the signal of telecommunication of tuning control ultrasonic wave Drive and Control Circuit output frequency checker in 13kHz-55kHz frequency range, ultrasonic multi-functional door and window facility just can be driven to launch the ultrasonic wave of corresponding frequencies, the ultrasonic wave launched can effectively attack muroid auditory system and nervous system, and muroid physiological dysfunction can be caused, force the muroid Autonomic Migration Framework in emitting area.
In order to anti-theft alarm function of the present invention can be realized, a ultrasonic sensor anti-theft warning circuit is also comprised in described ultrasonic multi-functional door and window facility, enter in the ultrasonic wave emitting area of ultrasonic wave door and window facility when there being object, ultrasonic signal will be made to produce reflection, thus received by ultrasonic sensor and judge whether will send anti-theft alarm by its anti-theft warning circuit analysis.
The invention has the beneficial effects as follows: described ultrasonic multi-functional door and window facility and functional unit thereof, by the perfect adaptation by common door and window facility assembly and ultrasonic technology, provide a kind of ultrasonic wave door and window facility with several functions such as ultrasonic wave waterproof and dustproof, expelling parasite, rat destruction, burglar alarms.
Described ultrasonic multi-functional door and window facility and functional unit thereof can be applicable on various building and various transport facility.
Accompanying drawing explanation
Fig. 1 is the structural representation of the 1st embodiment;
Fig. 2 is the structural representation of the ultrasonic wave door and window eyeglass of the 2nd embodiment;
Fig. 3 is the structural representation of the ultrasonic wave door and window lens rim of the 3rd embodiment;
Fig. 4 is the structural representation of the ultrasonic wave jamb of the 4th embodiment;
Fig. 5 is the structural representation of the ultrasonic wave door and window diaphragm of the 5th embodiment;
Fig. 6 is the structural representation of the ultrasonic wave door and window diaphragm of the 6th embodiment;
Fig. 7 is the ultrasonic wave door curtain of the 7th embodiment or the structural representation of ultrasonic wave curtain;
Fig. 8 is the ultrasonic wave door curtain of the 8th embodiment or the structural representation of ultrasonic wave curtain.
Symbol description
1 jamb; 2 door and window lens rim; 3 ultrasonic wave Drive and Control Circuit; 4 ultrasonic wave transducer sheets; 5 ultrasonic sensor anti-theft warning circuits; 6 ultrasonic wave door and window eyeglass bodies; 7 metal fins; 8 single crystal quartz body material eyeglasses; 9 conductive film layers; 10 lens protection layers; 11 door and window eyeglasses; 12 ultrasonic wave transducer sheets; 13 ultrasonic wave door and window lens rim bodies; 14 door and window eyeglasses; 15 door and window lens rim; 16 ultrasonic wave jamb bodies; 17 ultrasonic transducers; 18 ultrasonic wave transducer sheets; 19 ultrasonic wave door and window diaphragm bodies; 20 metal fins; 21 single crystal quartz body material film layers; 22 conductive film layers; 23 thinfilm protective coatings; 24 ultrasonic wave door curtain frames or ultrasonic wave curtain frame body; 25 door curtains or curtain; 26 slip clasps; 27 ultrasonic wave transducer sheets; 28 single crystal quartz body material film layers; 29 conductive film layers; 30 thinfilm protective coatings.
Detailed description of the invention
Below, by reference to the accompanying drawings the preferred embodiment of the present invention is described in detail.In addition, the content of the present invention that the embodiment below illustrated is not really wanted claims are recorded carries out irrational restriction.And the structure below illustrated is not necessary structure important document of the present invention entirely.
Embodiment 1:
Fig. 1 is the structural representation of the 1st embodiment of ultrasonic multi-functional door and window facility of the present invention.
The present embodiment adopts ultrasonic wave door and window eyeglass as ultrasonic wave door and window facility functional unit.
Described ultrasonic wave door and window eyeglass is made up of ultrasonic wave door and window eyeglass body 6, ultrasonic wave transducer sheet 4, metal fin 7.
As shown in Figure 1: the present embodiment is made up of ultrasonic wave door and window eyeglass body 6, door and window lens rim 2, jamb 1, ultrasonic wave transducer sheet 4, metal fin 7, ultrasonic wave Drive and Control Circuit 3, ultrasonic sensor anti-theft warning circuit 5.
As shown in Figure 1: described ultrasonic wave door and window eyeglass by ultrasonic wave door and window eyeglass body 6, be bonded in the ultrasonic wave transducer sheet 4 on ultrasonic wave door and window eyeglass body 6 edge, the metal fin 7 be positioned at outside ultrasonic wave transducer sheet 4 forms.
Described ultrasonic wave transducer sheet 4 is in parallel by power line each other, and connects ultrasonic wave Drive and Control Circuit 3 output by power line.
Ultrasonic wave Drive and Control Circuit 3 described in the present embodiment is made up of jointly ultrasonic drive circuit, frequency tuning circuit, power switch, frequency tuning switch, anti-thefting alarming switch etc.
Described power switch controls ultrasonic wave Drive and Control Circuit 3 and works, and by ultrasonic wave Drive and Control Circuit 3 to the ultrasonic wave transducer sheet 4 output ultrasonic wave signal of telecommunication.
Described frequency tuning switching control frequency tuning circuit work, and produced and the signal of telecommunication of output frequency checker within the scope of 5KHz-10KHz, 21KHz-23KHz, 26KHz-28KHz, 23KHz-64KHz equifrequent by frequency tuning circuit tuning control ultrasonic wave Drive and Control Circuit 3, the ultra sonic machinery then these signals of telecommunication being converted to corresponding frequencies by ultrasonic wave transducer sheet 4 vibrates and launches ultrasonic wave.
Described ultrasonic wave door and window eyeglass body 6 produces ultra sonic machinery and vibrates by there is resonance with ultrasonic wave transducer sheet 4 and launch ultrasonic wave.
Described ultrasonic sensor anti-theft warning circuit 5 is made up of ultrasonic sensor and anti-theft warning circuit thereof, receives ultrasonic signal that the ultrasonic wave door and window facility that is subject to reflections off objects launches and judge whether will send anti-theft alarm by its anti-theft warning circuit analysis by ultrasonic sensor.
Ultrasonic wave door and window eyeglass body 6 described in the present embodiment adopts the glass material eyeglass with transparent characteristic.
The present embodiment can be applicable on various building and various transport facility.
Embodiment 2:
The present embodiment improves as follows on the basis of the 1st embodiment:
The structural representation of the ultrasonic wave door and window eyeglass that Fig. 2 adopts for the present embodiment.
As shown in Figure 2: the ultrasonic wave door and window eyeglass that the present embodiment adopts by outside the conductive film layer 9 of single crystal quartz body material eyeglass 8, single crystal quartz body material eyeglass 8 both sides, conductive film layer 9 lens protection layer 10 be composited.
Described single crystal quartz body material eyeglass 8 has piezo-electric effect and transparent characteristic.
Described conductive film layer 9 is covered in the two sides of single crystal quartz body material eyeglass 8, and is connected with the positive and negative electrode of ultrasonic wave Drive and Control Circuit output respectively.
Described conductive film layer 9 has transparent characteristic.
The ultrasonic wave door and window eyeglass that the present embodiment adopts can complete ultrasonic wave electricity-sound conversion voluntarily, does not need again for it installs other ultrasonic transducer, has the advantage that structure is not only simple but also attractive in appearance compared with embodiment 1.
The present embodiment can be applicable on various building and various transport facility.
Embodiment 3:
The present embodiment improves as follows on the basis of the 1st embodiment:
The present embodiment adopts ultrasonic wave door and window lens rim as ultrasonic wave functional unit.
Fig. 3 is the side structure schematic diagram of ultrasonic wave door and window lens rim.
Described ultrasonic wave door and window lens rim is made up of ultrasonic wave door and window lens rim body 13 and ultrasonic wave transducer sheet 12.
As shown in Figure 3: ultrasonic wave transducer sheet 12 is bonded in inside ultrasonic wave door and window lens rim body 13, and door and window eyeglass 11 is installed on inside ultrasonic wave door and window lens rim body 13.
Embodiment 4:
The present embodiment improves as follows on the basis of the 1st embodiment:
The present embodiment adopts ultrasonic wave jamb as ultrasonic wave functional unit.
The present embodiment adopts ultrasonic transducer as ultrasonic transducer.
Fig. 4 is the side structure schematic diagram of ultrasonic wave jamb.
Described ultrasonic wave jamb is made up of ultrasonic wave jamb body 16 and ultrasonic transducer 17.
As shown in Figure 4: ultrasonic transducer 17 is bonded in bottom ultrasonic wave jamb body 16 mounting groove, and door and window eyeglass 14 and door and window lens rim 15 are installed on inside ultrasonic wave jamb body 16 mounting groove.
Embodiment 5:
The present embodiment improves as follows on the basis of the 1st embodiment:
The present embodiment adopts ultrasonic wave door and window diaphragm as ultrasonic wave functional unit.
Fig. 5 is the structural representation of ultrasonic wave door and window diaphragm.
Described ultrasonic wave door and window diaphragm is made up of ultrasonic wave door and window diaphragm body 19, ultrasonic wave transducer sheet 18, metal fin 20.
As shown in Figure 5: ultrasonic wave transducer sheet 18 is bonded on ultrasonic wave door and window diaphragm body 19 edge, and metal fin 20 is positioned at outside ultrasonic wave transducer sheet 18.
Described ultrasonic wave diaphragm must have enough tension force after stickup, is beneficial to the conduction of ultra sonic machinery vibration.
Ultrasonic wave door and window diaphragm body 19 described in the present embodiment adopts the door and window diaphragm with transparent characteristic.
The present embodiment can be applicable on various building and various transport facility.
Embodiment 6:
The present embodiment improves as follows on the basis of the 5th embodiment:
The structural representation of the ultrasonic wave diaphragm that Fig. 6 adopts for the present embodiment.
As shown in Figure 6: ultrasonic wave door and window diaphragm is composited by single crystal quartz body material film layers 21, conductive film layer 22, thinfilm protective coating 23.
Described single crystal quartz body material film layers 21 has piezo-electric effect and transparent characteristic.
Described single crystal quartz body material film layers 21 has pliability.
Described conductive film layer 22 is covered in the two sides of single crystal quartz body material film layers 21, and is connected with the positive and negative electrode of ultrasonic wave Drive and Control Circuit output respectively.
Described conductive film layer 22 has transparent characteristic.
Described ultrasonic wave diaphragm must have enough tension force after stickup, is beneficial to the conduction of ultra sonic machinery vibration.
The ultrasonic wave door and window diaphragm that the present embodiment adopts can complete ultrasonic wave electricity-sound conversion voluntarily, does not need again for it installs other ultrasonic transducer, has the advantage that structure is not only simple but also attractive in appearance compared with embodiment 5.
The present embodiment can be applicable on various building and various transport facility.
Embodiment 7:
The present embodiment improves as follows on the basis of the 1st embodiment:
The present embodiment adopts ultrasonic wave door curtain or ultrasonic wave curtain as ultrasonic wave door and window facility functional unit.
The structural representation of the ultrasonic wave door curtain that Fig. 7 adopts for the present embodiment or ultrasonic wave curtain.
Described ultrasonic wave door curtain or ultrasonic wave curtain are made up of door curtain or curtain and ultrasonic wave door curtain frame or ultrasonic wave curtain frame.
Described ultrasonic wave door curtain frame or ultrasonic wave curtain frame are made up of with ultrasonic wave transducer sheet 27 ultrasonic wave door curtain frame or ultrasonic wave curtain frame body 24.
As shown in Figure 7: ultrasonic wave transducer sheet 27 is bonded in inside ultrasonic wave door curtain frame or ultrasonic wave curtain frame body 24, door curtain or curtain 25 edge are connected with slip clasp 26, and slip clasp 26 is enclosed within ultrasonic wave door curtain frame or ultrasonic wave curtain frame body 24.
The door curtain that the present embodiment adopts or curtain 24 have good pliability and ultra sonic machinery conduct vibrations.
Described door curtain or curtain 24 must have enough tension force when opening, and are beneficial to the conduction of ultra sonic machinery vibration.
Embodiment 8:
The present embodiment improves as follows on the basis of the 7th embodiment:
The structural representation of the ultrasonic wave door curtain that Fig. 8 adopts for the present embodiment or ultrasonic wave curtain.
As shown in Figure 8: ultrasonic wave door curtain or ultrasonic wave curtain are composited by single crystal quartz body material film layers 28, conductive film layer 29, thinfilm protective coating 30.
Described single crystal quartz body material film layers 28 has piezo-electric effect.
Described single crystal quartz body material film layers 28 has pliability.
Described conductive film layer 29 covers the two sides of single crystal quartz body material film layers 28, and is connected with the positive and negative electrode of ultrasonic wave Drive and Control Circuit output respectively.
Described ultrasonic wave door curtain or ultrasonic wave curtain must have enough tension force when opening, and are beneficial to the conduction of ultra sonic machinery vibration.
The ultrasonic wave door curtain that the present embodiment adopts or ultrasonic wave curtain can complete ultrasonic wave electricity-sound conversion voluntarily, do not need again for it installs other ultrasonic transducer, have the advantage that structure is not only simple but also attractive in appearance compared with embodiment 7.
In order to extend the application life of transducing head, a timing switch circuit can be increased in the ultrasonic wave Drive and Control Circuit of above embodiment, control ultrasonic transducer intermittently to work, or control many group ultrasonic transducer one after the other work simultaneously.
The shape size of ultrasonic wave functional unit described in above embodiment will reasonably change according to actual needs.
Above embodiment can adopt the mode of drived control multiple ultrasonic wave door and window facility functional unit simultaneously, to be applicable to various types of ultrasonic wave door and window facility such as many frames, many fan, large area.
If when above embodiment being applied to the movable window facilities such as push-pull door and window facility, a winder can be fixedly mounted at door and window facility edge, by the power line that needs with movable window significantly movement around on winder, power line is arbitrarily stretched by winder, and it is impaired because of significantly moving continually to avoid power line.
For ensureing that the ultrasonic wave functional unit described in above embodiment can produce enough ultra sonic machinery amplitudes, the prestressed structures such as prestressing force screw rod or rubber pad can be set between ultrasonic wave functional unit and fixed installation position.
The present invention includes the structure identical with the structural nature illustrated in embodiment (such as function, method and the structure come to the same thing or object and the identical structure of effect).In addition, the present invention also comprises and replacing part nonessential in the structure illustrated by embodiment and the structure obtained.In addition, the present invention also comprises the structure that the structure that can play action effect identical with the structure illustrated in embodiment maybe can realize same object.In addition, the present invention is also included in and structure illustrated by embodiment adds known technology and the structure that formed.
Claims (10)
1. a ultrasonic multi-functional door and window facility and functional unit thereof, by common door and window facility and ultrasonic wave door and window eyeglass, ultrasonic wave door and window lens rim, ultrasonic wave jamb, ultrasonic wave door and window diaphragm, ultrasonic wave door curtain, any one or more ultrasonic wave door and window facility functional units in the ultrasonic wave door and window facility functional units such as ultrasonic wave curtain are combined, and with ultrasonic wave Drive and Control Circuit, the electronic circuits such as ultrasonic sensor anti-theft warning circuit form jointly, it is characterized in that: described ultrasonic multi-functional door and window facility has the vibration of generation ultra sonic machinery and launches hyperacoustic function, by the combination with ultrasonic wave Drive and Control Circuit and ultrasonic sensor anti-theft warning circuit, make it have ultrasonic wave waterproof, dust-proof, expelling parasite, rat destruction, , the functions such as burglar alarm.
2. ultrasonic multi-functional door and window facility according to claim 1 and functional unit thereof, is characterized in that: the functional unit of described ultrasonic multi-functional door and window facility comprises and is combined by the common door and window facility assembly such as door and window eyeglass, door and window lens rim, jamb, door and window diaphragm, door curtain, curtain the ultrasonic wave door and window facility functional unit such as ultrasonic wave door and window eyeglass, ultrasonic wave door and window lens rim, ultrasonic wave jamb, ultrasonic wave door and window diaphragm, ultrasonic wave door curtain, ultrasonic wave curtain designed with ultrasonic wave transducer sheet or ultrasonic transducer.
3. ultrasonic multi-functional door and window facility according to claim 1 and functional unit thereof, it is characterized in that: described ultrasonic wave door curtain or ultrasonic wave curtain comprise the ultrasonic wave door curtain or ultrasonic wave curtain that are made up of door curtain or curtain and ultrasonic wave door curtain frame or ultrasonic wave curtain frame, ultrasonic wave door curtain frame or ultrasonic wave curtain frame are then be bonded by door curtain frame or curtain frame and ultrasonic wave transducer sheet or ultrasonic transducer.
4. ultrasonic multi-functional door and window facility according to claim 1 and functional unit thereof, is characterized in that: described ultrasonic multi-functional door and window facility functional unit also comprises the ultrasonic wave door and window eyeglass with ultrasonic wave electricity-sound translation function, ultrasonic wave door and window diaphragm, ultrasonic wave door curtain, ultrasonic wave curtain etc. that are made up of the monocrystal or polycrystalline material with piezo-electric effect.
5. ultrasonic multi-functional door and window facility according to claim 1 and functional unit thereof, it is characterized in that: described ultrasonic wave door and window lens rim and ultrasonic wave jamb have the function producing ultra sonic machinery vibration and conduct ultrasound mechanical oscillation, by the combination with common door and window facility, and ultra sonic machinery conduct vibrations is given other assembly of common door and window facility, common door and window facility just can be made to become there is the ultrasonic multi-functional door and window facility producing ultra sonic machinery vibration and launch ultrasonic wave function.
6. ultrasonic multi-functional door and window facility according to claim 1 and functional unit thereof; it is characterized in that: the ultrasonic multi-functional door and window facility functional units such as described ultrasonic wave door and window eyeglass, ultrasonic wave door and window lens rim, ultrasonic wave jamb, ultrasonic wave door and window diaphragm, ultrasonic wave door curtain, ultrasonic wave curtain are driven by ultrasonic wave Drive and Control Circuit and control, made it have by ultrasonic wave electricity-sound conversion and produce ultra sonic machinery vibration, conduct ultrasound mechanical oscillation, launch the functions such as ultrasonic wave.
7. ultrasonic multi-functional door and window facility according to claim 1 and functional unit thereof, it is characterized in that: described ultrasonic multi-functional door and window facility vibrates by producing ultra sonic machinery and launches ultrasonic wave, utilize " cavitation " phenomenon between ultrasonic wave and water, make to be attached to the water atomization on its surface and depart from its surface, realizing the function of ultrasonic wave waterproof with this.
8. ultrasonic multi-functional door and window facility according to claim 1 and functional unit thereof, it is characterized in that: described ultrasonic multi-functional door and window facility vibrates by producing ultra sonic machinery and launches ultrasonic wave, the dust being attached to its surface is made to depart from its surface, and " cavitation " phenomenon between ultrasonic wave and water can be utilized to be peeled off by the dust being attached to its surface remove, realize the dust-proof function of ultrasonic wave with this.
9. ultrasonic multi-functional door and window facility according to claim 1 and functional unit thereof, it is characterized in that: by hyperacoustic frequency tuning that described ultrasonic multi-functional door and window facility is launched to having in the frequency range of intense stimulus effect to the auditory system of insects and muroid and nervous system, just the insects in ultrasonic wave emitting area and muroid can be driven away, realize the function of ultrasonic insect-repelling, rat destruction with this.
10. ultrasonic multi-functional door and window facility according to claim 1 and functional unit thereof, it is characterized in that: the ultrasonic wave that described ultrasonic multi-functional door and window facility is launched will be received by ultrasonic sensor anti-theft warning circuit after being subject to entering the reflections off objects in its emitting area, and judge whether will send anti-theft alarm by the analysis of ultrasonic sensor anti-theft warning circuit, the function of ultrasonic theft-proof warning is realized with this.
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| CN201410515148.9A CN104314450A (en) | 2014-09-16 | 2014-09-16 | Ultrasonic multifunctional door-window facility and functional component thereof |
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| CN201410515148.9A CN104314450A (en) | 2014-09-16 | 2014-09-16 | Ultrasonic multifunctional door-window facility and functional component thereof |
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| CN111407139A (en) * | 2020-05-07 | 2020-07-14 | 山东玉马遮阳科技股份有限公司 | Curtain cloth, curtain cloth ultrasonic compounding method and ultrasonic compounding equipment |
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- 2014-09-16 CN CN201410515148.9A patent/CN104314450A/en active Pending
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| CN104966362A (en) * | 2015-06-26 | 2015-10-07 | 苏州昊枫环保科技有限公司 | Intelligent monitoring system based on sound wave signal detection |
| CN107730793A (en) * | 2017-09-25 | 2018-02-23 | 南京律智诚专利技术开发有限公司 | Burglar alarm based on computer technology |
| CN108143238A (en) * | 2017-12-25 | 2018-06-12 | 钟建筑 | A kind of energy-conserving intelligent curtain |
| CN108035661A (en) * | 2018-01-15 | 2018-05-15 | 厦门施米德智能科技有限公司 | A kind of smart window with ultrasonic wave |
| CN111407139A (en) * | 2020-05-07 | 2020-07-14 | 山东玉马遮阳科技股份有限公司 | Curtain cloth, curtain cloth ultrasonic compounding method and ultrasonic compounding equipment |
| CN114293898A (en) * | 2021-12-30 | 2022-04-08 | 厦门冠音泰科技有限公司 | Noise elimination and reduction curtain capable of being rolled up and preparation method thereof |
| CN114293898B (en) * | 2021-12-30 | 2023-12-08 | 厦门冠音泰科技有限公司 | Sound-deadening and noise-reducing curtain capable of being curled and folded and preparation method thereof |
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Application publication date: 20150128 |