KR20060087408A - Electroceramic/variant device and method of use - Google Patents

Abstract

The invention is in from the field of technic which electroceramic is used in. The device with electroceramic has the element made of electroceramic (1),elements made conducting energies,elements made conducting energies are connected with the element made of electroceramic. The device with electroceramic is in a frame (2). Constructive features of the claimed invention give opportunity of effective use of elements made of electroceramic. The claimed invention is simple in construction, comfortable and economical in use and doesn't take much to be prepared for the work.

Description

Piezoceramic / Deformable Devices and Their Applications {ELECTROCERAMIC / VARIANT DEVICE AND METHOD OF USE}

The present invention relates to the field in which piezoceramic is used.

Accelerometer, Detonator, Photoflash Initiator, Earphone, Hearing Aid, Cardiac Pump, Buzzer, Loudspeaker, High Frequency Mechanical Drive, Electromechanical Restraint, Chemical Processors, Emulsifier, Polymer Piezoelectric sensors, electromechanical converters, ultrasonic welding using surface acoustic waves, delay lines, filters, excitation devices, etc., forming automation devices such as microphones, telephones, hydrophones, and remote control devices. The present invention can be applied to a device used in a transformer, etc., which can destroy tumors and concrete, process different materials, and receive information and transmit information during medical examination using an ultrasonic diagnostic system.

Referring to the two encyclopedias of the "Sovetskaya Encyclopedia", piezoelectric converters for mechanically converting electrical wavelengths with respect to an analog are disclosed.

According to the problem with the display device, the effect of the direct feedback function is insufficient and cannot be widely used.

Referring to the 1991 edition of the Encyclopedichesky slovar of the Sovetskaya Encyclopedia in Moscow, p. 444, components and piezoelectric elements made of piezoelectric materials with electrodes, displays and electronics are disclosed.

According to the problem with the display device, the display device cannot operate as piezoelectric liquid crystals and the electrodes do not reliably provide the piezoelectric effects of the direct feedback function.

When referring to the sovetskaya encyclopedia of the Sovetskaya Encyclopedia, Encyclopedia of Physics, Volume 4, page 444, piezoelectric materials, indicators are disclosed.

According to the problem with the display device, a use condition relating to the configuration must be provided in order to form the piezoelectric effect of the direct feedback function.

Referring to the 1991 edition of the Encyclopedichesky slovar of the Sovetskaya Encyclopedia in Moscow, p. 444, piezoelectric devices, circular devices, which can be polarized by mechanical deformation and direct piezoelectric effects and determined by external field and feedback piezoelectric effects, Crystal dielectrics are disclosed.

According to the problem of the circular apparatus, the piezoelectric effect of the direct feedback function is insufficient, and the circular apparatus cannot be used as another piezoelectric ceramic.

It is an object of the present invention to provide an apparatus which can effectively use piezoceramic while piezoceramic is used and which has a piezoceramic or a modification.

For this purpose, a device according to the invention and having a piezoceramic is arranged in a frame.

For this purpose, elements for transmitting energy in a device according to the invention and with piezoceramic or variants are connected with elements made of piezoceramic.

For this purpose, according to the method of using the device according to the present invention and having a piezoceramic or variant, a device having a piezoceramic or variant is used with all interferences removed as much as possible.

Also devices with piezoceramic or variants are used by the connection.

Piezoceramic or variants and apparatus are constructed.

According to the above apparatus with a piezoelectric ceramic or a modification,

a) effectively use the components,

b) the piezoelectric effect of the direct feedback function is provided where necessary;

c) contains the energy of the piezoceramic,

d) involves the energy of the piezoceramic,

e) in a device made of piezoceramic, by means of piezoelectric elements, to form reliable acoustic contact with the device having piezoceramic;

f) Simple structure, durable, economical and does not require much time for preparation.

Variations of the invention are shown in the drawings.

1 shows a device with piezoceramic;

2 shows a structure in which a device with piezoceramic is arranged in a frame;

* Symbol description *

1 .... element 2, 3 ....... element

Referring to FIG. 1, a device with a piezoceramic or variant comprises an element 1 of a piezoceramic and elements 2, 3 which are connected to and transfer energy with the element 1. The element 2 carrying energy has a contact surface 4.

Referring to FIG. 2, the device with piezoceramic is arranged in frame 2 and has the device of FIG. 1 with a piezoceramic or variant.

A device with piezoceramic is used as follows. With all interferences removed as far as possible, the device shown in FIG. 1 and having a piezoceramic is arranged in the frame 2 of FIG. 2. When all disturbances are eliminated as much as possible, the element 1 made of a piezoceramic or piezoelectric variant in a device with a piezoceramic or variant is shown in FIGS. 1 and 2. Are connected to a device such as a miliampermeter, for example. After all disturbances have been eliminated as much as possible, energy is supplied to the contact surface 4 of FIG. 1 with the piezoceramic or piezoelectric power source element 1 shown in FIGS. 1 and 2. The next time the piezoelectric effect is shown directly on an element 1 having a piezoelectric function or made of piezoceramic, the energy of the element 1 having a piezoelectric function or made of piezoceramic and excited like electric energy or electricity It is delivered to a device that requires the energy of the element 1, such as milliampere.

A device with piezoceramic is used as follows. The device with the piezoceramic of FIG. 1 is prearranged in the frame of FIG. 2 with all disturbances removed as much as possible. Ultrasonic generator or piezoceramic element 1 with all disturbances removed as much as possible, or in this case equipment or ultrasonics used with an ultrasonic generator connected to a power source element of the device shown in FIGS. 1 and 2 It is connected to the device for treatment, UZT-101. Next, the contact surface 4 of FIG. 1 configured in the device with piezoceramic is connected to the surface to which the ultrasonic wave is to be applied, with all disturbances removed as much as possible. An ultrasonic generator is connected to the power source and ultrasonic waves, not shown in the figure, are provided on the surface.

Embodiments of devices with piezoceramic or variations are provided.

Example 1 The method of using the apparatus at the contact surface of a piezoceramic or modified device is carried out according to the following method, the apparatus comprising a piezoelectric element, an element made of piezoelectric material, and a milliampere meter Remove as much of the disturbances as possible from the electrical conductors and remove as much of the disturbances as they relate to the pressure energy. The electrical output is recorded in milliamperes, not shown in the figures, by means of direct piezoelectric efficiencies for elements made of piezoelectric materials, piezoelectric materials, shown in FIGS. 1 and 2.

Example 2. A 27-year-old patient, Abrutskaya V. A. was treated with hearing loss in both ears, virtually deaf, and with persistent noise. Memory was impaired since November 1986 after purulent meningitis. According to the audiogram on September 3, 1986, the thresholds for acoustic sensing and conduction of bone in both ears were increased in the air. Hearing properties correspond to both hearings due to sensory nerve damage. The patient was examined and treated several times in a general hospital. Both sensory nerves, impaired hearing and hearing loss in both ears were diagnosed.

Apparatus including the piezoceramic and variants shown in FIGS. 1 and 2 are used according to the following method. The device with the piezoceramic or variant shown in Figs. 1 and 2, including elements made of piezoelectric material as far as possible with all interferences removed, is inserted into the frame of Fig. 2. 1 and 2, an ultrasonic emitter is connected to the ultrasonic generator using an electrical conductor that transfers energy and eliminates all disturbances with respect to the elements of the device having a piezoelectric function. Lie the patient on its side and rotate the ear opposite the ear to be treated. A headband including a hinge or fixing mechanism for fixing the ultrasonic emitter is arranged on the head of the patient. 0.5 ml of medical preparation carbineton, which is replaced with air from the outer hearing tube, is injected into the outer hearing tube of the patient to be treated. An ultrasonic emitter is arranged above the hinge fixing mechanism of the headband. Next, a drop of carbine is provided on the contact surface of the ultrasonic emitter so as to be affected by the ultrasonic wave, and any disturbances that interfere with the propagation of the ultrasonic wave from the contact surface of the ultrasonic emitter and the ultrasonic emission during operation of the ultrasonic emitter Are removed as much as possible by the carbinton. The ultrasonic emitter is then fixed to the hinge restraint mechanism of the headband and inserted into the outer hearing tube. Ultrasonic waves begin to be generated, and the ultrasonic wave is subjected to an ultrasonic electrophoresis process using a carbine in a constant mode in which ultrasonic waves have a frequency of 880 kHz per minute and a mode with ultrasonic intensity of 0.05 w / cm.

After the procedure is completed, the apparatus for ultrasound therapy is stopped. The ultrasonic electrophoresis process is terminated. During the sonophoresis process, the patient undergoes electrophoresis of the inner ear using carbinton in the patient's ear, and the patient undergoes sonophoresis. After treatment, the ultrasound emitter and the hinged headband are removed from the patient's head and the electrode is removed. Ten times of electroelectrophoresis using carbinton in a vehicle was performed once a day for both ears in sequence, and at the same time, two electrophoresis processes were performed for a patient using carbin pain once daily for both stomachs in sequence. After being performed the noise in the patient's ear was reduced.

According to the configuration features according to the invention, a direct feed-back effect can be provided while the invention is used. According to the present invention, elements made of piezoceramic can be effectively used and the influence of the energy of the piezoceramic becomes clear. When the piezoelectric effect is used, ultrasonic waves can be reliably acoustically contacted with the apparatus of the present invention.

The present invention provides an easy configuration and structure, makes it durable and economical to use and does not require much preparation time for work.

Author: V. children. Ivanov

Information source

Encyclopedia of Physics, Volume 4, Sovetskaya Encyclopedia, page 251

Claims (5)

In a device having a piezoceramic / deformation device and having a piezoceramic device, the device having a piezoceramic / deformation body is arranged in a frame so that the device having the piezoceramic / deformation body is effectively operated. Device. In a device comprising a piezoceramic element and having a piezoceramic / deformation body, the piezoceramic element is connected with elements for transmitting energy in order for the piezoceramic element to operate effectively. Device with piezoceramic / deformation. A method for using an element made of piezoceramic and using a device having a piezoceramic / modified body, A method with a piezoceramic / deformation device, wherein the device with a piezoceramic / deformation body is used with all interferences removed as much as possible in order for the device with the piezoceramic / deformation body to work effectively. 4. A method according to claim 3, wherein a device with a piezoceramic / modifier is used by the connection. Method according to claim 3 or 4, characterized in that the connection is formed by a device having a piezoceramic / deformation body.

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