CN109646803A - For the non-interfering THz wave emulation physical therapy instrument of lung cancer - Google Patents
For the non-interfering THz wave emulation physical therapy instrument of lung cancer Download PDFInfo
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- CN109646803A CN109646803A CN201910024428.2A CN201910024428A CN109646803A CN 109646803 A CN109646803 A CN 109646803A CN 201910024428 A CN201910024428 A CN 201910024428A CN 109646803 A CN109646803 A CN 109646803A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
- A61N5/00—Radiation therapy
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/24—Detecting, measuring or recording bioelectric or biomagnetic signals of the body or parts thereof
- A61B5/316—Modalities, i.e. specific diagnostic methods
- A61B5/389—Electromyography [EMG]
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B7/00—Instruments for auscultation
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Abstract
The present invention relates to a kind of non-interfering THz wave emulation physical therapy instruments for lung cancer, including processing end and the wave launch terminal being connected with processing end, processor includes signal source generator, modulation module and main control module, wave launch terminal includes shell and horn-like sucker on front side of shell, shell Inner Front End is equipped with fixed frame, middle part is equipped with installing frame, and shell is divided into the terminal installation cavity of front side and the heat dissipation cavity of rear side by installing frame；THz wave generator is equipped in terminal installation cavity；Wave source transmitting terminal on front side of THz wave generator is fixed on fixed frame, and the front side of fixed frame is equipped with guided wave window, and waveguide window is equipped with the poly- wave lens for covering it；Terminal installation cavity one side wall is equipped with the through-hole for being passed through the electric wire for connecting the processing end；Heat dissipation cavity is equipped with a radiator structure, and radiator structure includes the heat carrier being laterally laid with and the radiator on rear side of heat carrier, and heat carrier is equipped with interconnecting piece and is connected with non-interfering THz wave generator.The physiotherapy equipment realizes detection treatment integration, good to the physiotheraping effect of lung cancer.
Description
Technical field
The present invention relates to non-interfering THz wave physical therapy technical field, specially a kind of non-interfering Terahertz for lung cancer
Emulation physical therapy instrument.
Background technique
" THz wave " is generated from biological information field, and the wave spectrum voluntarily radiated by organism.It is identified according to scientific instrument,
" THz wave " is divided into two kinds: one is by human body radiate Lai " the non-interfering THz wave of human body ", wave band is 3~45 micro-
Rice；Another kind is by " THz wave that bio wave functional material is radiated, wave band concentrate on 4~20 microns, with human body
Emitting non-interfering THz wave has certain overlapping.The radiated THz wave pair of bio wave functional material occurred at present
Human body can also generate resonance effects, this is because human body can generate fuel factor phenomenon and hydrone covibration, body cell is dynamic
It can increase, as kept trace movement or micro- massage state.The material for human body effect first is that can promote blood circulation
And improve microcirculation；Second is that blood viscosity can be reduced；Third is that can be with activating cell；Fourth is that metabolism can be strengthened；Five
Being can be with uvioresistant；Sixth is that the growth of harmful bacteria can be prevented；Seventh is that adjustable meridian balance." cancerous tissue is too
Terahertz is elaborated in hertz wave-absorbing property and diagnoses and treatment " (" microwave journal " in by the end of October, 2013 the bottom 5-6 phase of volume 29) document
Hereby wave is used for the application prospect of cancer diagnosis and treatment, the development of the unique electromagnetic characteristics of THz wave and excitation light source so that
Terahertz performance is possibly realized diagnosis and treatment effect of cancer.It has been found that in the scope of non-interfering THz wave treating cancer
It is interior, there is more preferably effect to the treatment of lung cancer.Since lung's moisture content is higher, liquid between blood vessel and tissue in lungs
Function of exchange disorder causes lung that lesion occurs, and moisture can preferably absorb non-interfering THz wave, so that non-interfering terahertz
Hereby wave energy is preferably made for lung carcinoma cell.
At present countries in the world scientists have been developed that, be related to Biofunctional materials and each wave band (mainly
Light wave, THz wave, microwave and ultrashort wave) modality etc., although its shape is varied, all kinds of, a multitude of names,
It is innumerable, but change ten thousand times without leaving the original aim or stand, it may be assumed that it is all directly to be used for using light wave, THz wave, microwave and ultrashort wave as wave source
Medicine modality, and act on human body.For example, having now been found that non-interfering THz wave is closest to human body biological wave
A kind of electromagnetic wave, the physiotheraping effect of non-interfering THz wave modality is more satisfactory at last in above-mentioned various modalities.
The prior art has THz wave physiotherapy equipment for treating and treating common disorder, quantum generator and non-interfering
THz wave physiotherapeutic instruments etc., a kind of non-interfering Terahertz physiotherapy equipment probe as disclosed in patent CN102895742A；Including too
Hertz generator, poly- wave lens and sucker；Terahertz generator includes generator main body and waveguide window, and generator main body is for producing
Raw non-interfering THz wave, the non-interfering THz wave that generator main body generates are launched through the waveguide window；Poly- wave lens
It is set on waveguide window, and waveguide window is covered, for assembling non-interfering THz wave；The physiotherapy equipment passes through its sucker suction
In the intended treatment site of human body.But current electromagnetic wave physiotherapeutic instruments only has the function for the treatment of, not to pretherapy and post-treatment
Effect compares diagnosis, can only intuitively be judged by sufferer, necessarily be brought to the improvement of the effect for the treatment of and method
Certain drawbacks.In addition, existing probe is when in use, the work of long period, Terahertz generator (such as gunn two are generally required
Pole pipe) millimeter wave is generated after power-up, then launch by electromagnetic horn and act on human body, is generated in the least after being powered due to diode
After metric wave, wave-guide cavity wave temperature can be increased slowly, influence the optimum efficiency and service life of other electronic components.
Summary of the invention
It is an object of the invention to propose a kind of non-interfering Terahertz emulation physical therapy instrument for lung cancer, physiotherapy equipment heat dissipation
Effect is good, so that wave launch terminal cavity temperature is at more satisfactory range；The physiotherapy equipment realizes detection physical therapy simultaneously
Integration, so that better effect in terms of lung cancer.
To achieve the above object, the technical solution adopted in the present invention is as described below:
A kind of non-interfering THz wave emulation physical therapy instrument for lung cancer, the physiotherapy equipment include processing end and with it is described
The wave launch terminal that processing end is connected, the processing end include
Signal source generator, for generating the signal source of the non-interfering terahertz wave signal of low frequency；
Modulation module is realized by control electricity frequency and carries out pulse, sine to the low frequency terahertz wave signal amplitude of signal source
Different modes modulation, and modulated non-interfering terahertz electromagnetic wave signal is input to wave launch terminal；
Main control module, for the signal processing to processing end, control and to the transmitting signal of the wave launch terminal
Control and signal acquisition process；
The wave launch terminal includes shell and horn-like sucker on front side of the shell, the shell Inner Front End
Equipped with fixed frame, middle part is equipped with installing frame, and shell is divided into the heat dissipation of the terminal installation cavity and rear side of front side by the installing frame
Chamber；Non-interfering THz wave generator is equipped in the terminal installation cavity, the non-interfering THz wave generator is for receiving
The electromagnetic signal that processing is sent amplifies and frequency multiplication, generates the non-interfering THz wave frequency spectrum of particular frequency range, and carry out
It radiate；
Wave source transmitting terminal on front side of the non-interfering THz wave generator is fixed on the fixed frame, the fixed frame
Front side be equipped with guided wave window, be equipped with the poly- wave lens for covering it on front side of the waveguide window；The terminal installation cavity one side wall is equipped with
It is passed through the through-hole for connecting the electric wire of the processing end；The heat dissipation cavity is equipped with a radiator structure, and the radiator structure includes laterally
The heat carrier of laying and the radiator on rear side of the heat carrier, the heat carrier be equipped with interconnecting piece with it is described non-interfering
THz wave generator is connected；The radiator is bonded the rear wall setting of the case inside, the heat carrier and radiator
Between there are be not less than 0.5cm size clearance space.
Further, the heat carrier is using block structure made of blister copper；The radiator is carbon nanomaterial system
At black coating；The interconnecting piece is several strip structures for connecting the non-interfering THz wave generator and heat carrier.
Further, a draining hole is offered on the installing frame, deviates the terminal installation of the draining hole side
Cavity wall is equipped with air inlet, and the air inlet is equipped with grid screen, and inside is equipped with miniature blower device；Deviate the draining hole
The heat dissipation cavity rear wall of side is equipped with the air outlet of lattice-shaped.
Further, the side of the shell is enclosed with thermal insulation layer, is equipped with several and finger around the thermal insulation layer
The recessed portion of cooperation.
Further, the forward position wall of the sucker is equipped with fin；Caulking groove is equipped in the middle part of the fin, in the caulking groove
Equipped with electromyographic electrode, the slot for connecting the through-hole and caulking groove, the electricity of the electromyographic electrode are equipped in the disk body wall of the sucker
Polar conductor is pierced by by the slot and through-hole, is connected to the processing end.
Further, the sucker is wrapped with rectangular enclosure, and the side of the rectangular enclosure is hinged with cylindric fastening
Part, the other side are hinged with the hangers to match with the cylindric fastener；Elasticity can be also equipped on the cylindric fastener
Bandage, the other side of the elastic bands are connected with cylindric fastener.
Further, the opening of the sucker is equipped with transparent vibrating membrane, and the opening of the vibrating membrane and sucker passes through
Gasket seal bond；The poly- wave lens side is equipped with sound wave guiding tube, the sound wave guiding tube front side and the sucker phase
Logical, rear end is equipped with microphone, and the output end of the microphone is connected with leading note line, and the leading note line is by through-hole and the processing
End is connected.
Non-interfering THz wave emulation physical therapy instrument of the present invention for lung cancer is in some improved technical solutions, institute
Stating wave launch terminal further includes
The power detection module being connected with the non-interfering THz wave generator, for detecting non-interfering THz wave
The actual non-interfering THz wave output power data of generator, and send the data to processing end；
The processing end is set in the cabinet with display screen, and the processing end further includes
Terminal divides interface module, for several cable line interfaces for being set to the cabinet side, emits for accessing wave
Terminal；
AD conversion module, for receiving the electric signal of power detection module upload, and analog-to-digital conversion obtains the electromagnetism of acquisition
Data；
Power data processing module, the non-interfering THz wave output of reality for receiving the power detection module detection
Power data, and data are compared with non-interfering THz wave output data is preset, judge the actual difference of the two；
Power data correction module, for according to the comparison result of the power data processing module to the non-interfering of output
THz wave wave frequency data carry out initialization amendment.
Further, the processing end further includes the heart and lung sounds identification module and heart and lung sounds number being connected with the leading note line
According to processing module, the heart and lung sounds identification module is used to according to the processing end is led further include the heart being connected with the leading note line
Lungs sound identification module and heart and lung sounds data processing module, the heart and lung sounds identification module are used for the heart and lung sounds uploaded according to leading note line
Analog signal successively carries out digital-to-analogue conversion, filtering and down-sampled processing, obtains heart and lung sounds digital signal；At the heart and lung sounds data
Reason module is used to heart sound lungs sound digital signal being converted to heart sound waveform diagram and lungs sound waveform diagram, and shows.
Further, the wave launch terminal further includes electromyography signal detection module, is managed for being obtained by electromyographic electrode
The electromyography signal at position is treated, and the signal is uploaded to AD conversion module and carries out the myoelectricity data that analog-to-digital conversion obtains acquisition；
The myoelectricity data processing module that the main control module is connected, for corresponding according to the myoelectricity Data Detection of acquisition
The influence that non-interfering THz wave generates the position.
Further, the processing end further includes the timing module being connected with the main control module, the timing
Module is used to control the working time of the non-interfering THz wave generator in each wave launch terminal.
The present invention is directed to the non-interfering THz wave emulation physical therapy instrument of lung cancer based on existing non-interfering Terahertz physiotherapy equipment
Probe improves, and is adjusted at any time to the non-interfering THz wave bandwidth of transmitting by modulator, by non-interfering Terahertz
Wave wavelength adjust realize under given conditions (high power and/or specific non-interfering Terahertz frequency) to human canceration's cell into
Row physical therapy；It is popped one's head in and reduces the temperature of terminal cavity by radiator structure, it is ensured that the precision of wave frequency and electronic component
Service life, and structure is simple, has a wide range of application.On the other hand, probe of the invention can be expanded by connection hand in hand
Physical therapy range, and probe is fixed on using position by strip design, it is easy to use.
Physiotherapy equipment of the present invention monitors hair by physical therapy and monitoring together as one, by the electromagnetic wave monitoring device being arranged in popping one's head in
The specific size of radio magnetic wave, and the data and default wave frequency are judged with the presence or absence of bias, if so, then carrying out according to bias size
Amendment；In addition, also monitoring myoelectricity of physical therapy position under the influence of non-interfering THz wave by the electromyographic electrode being arranged in probe
It reacts, the electromyography signal of available patient before physical therapy, Simultaneous Monitoring signal in physical therapy, to realize after physical therapy quickly
Easily feed back physiotheraping effect.In addition, the physiotherapy equipment is additionally provided with heart and lung sounds detection function, the physical therapy position during physical therapy can detect
The heart and lung sounds in (cardiopulmonary portion) change, the physiotheraping effect of further monitoring cardiorespiratory function and non-interfering THz wave.
Physiotherapy equipment of the present invention is novel in design, the physical therapy for the non-interfering THz wave of human body to lung cancer sufferer, physiotheraping effect
Significantly, the physical therapy period of sufferer can greatly be shortened.Compared with traditional drug and operation physiotheraping effect, the non-interfering Terahertz
Wave emulation physical therapy instrument is without side-effects, and effect is even better.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of embodiment of the non-interfering THz wave emulation physical therapy instrument of the present invention；
Fig. 2 is a kind of structural schematic diagram of embodiment of the probe of the non-interfering THz wave emulation physical therapy instrument of the present invention；
Fig. 3 is the structural representation of another embodiment of the probe of the non-interfering THz wave emulation physical therapy instrument of the present invention
Figure；
Fig. 4 is the schematic diagram of the cut-away section structure of sucker in present invention probe；
Fig. 5 is a kind of structural representation of embodiment of the non-interfering THz wave emulation physical therapy instrument Multi probe combination of the present invention
Figure；
Fig. 6 is the structural representation of the another embodiment of the probe of the non-interfering THz wave emulation physical therapy instrument of the present invention
Figure；
Fig. 7 is the structural schematic diagram of another embodiment of the non-interfering THz wave emulation physical therapy instrument of the present invention.
Specific embodiment
Below with reference to embodiment, to a kind of specific reality of the non-interfering THz wave emulation physical therapy instrument for lung cancer of the present invention
The mode of applying is further described.The following examples are only intended to illustrate the technical solution of the present invention more clearly, and cannot be with this
To limit the scope of the invention；Those of ordinary skill in related technical field are not departing from the spirit and scope of the present invention
In the case where, it can also make a variety of changes and modification, therefore all equivalent technical solutions also belong to scope of the invention, this
The scope of patent protection of invention should be limited by each claim.
Fig. 1 shows a kind of a kind of embodiment party of non-interfering THz wave emulation physical therapy instrument for lung cancer of the present invention
Formula, the physiotherapy equipment include processing end 1 and the wave launch terminal 2 that is connected with the processing end 1, and the processing end 1 includes
Signal source generator 10, for generating the signal source of the non-interfering terahertz wave signal of low frequency；
Modulation module 11 is realized by control electricity frequency and carries out arteries and veins to the non-interfering terahertz wave signal amplitude of the low frequency of signal source
Punching, sinusoidal different modes modulation, and modulated non-interfering terahertz electromagnetic wave signal is input to wave launch terminal 2；
Main control module 12, for signal processing, control and the transmitting to the wave launch terminal 2 to processing end 1
The control and signal acquisition process of signal.
Fig. 2 shows a kind of embodiments of wave launch terminal 2 of the present invention.Wave launch terminal 2, i.e., for being fixed on
The non-interfering THz wave transmitting module of human skin surface, it is horn-like including shell 20 and set on 20 front side of the shell
Sucker 22,20 Inner Front End of shell are equipped with fixed frame 201, and middle part is equipped with installing frame 202, and the installing frame 202 is by shell 20
It is divided into the terminal installation cavity 28 of front side and the heat dissipation cavity 29 of rear side；Non-interfering THz wave is equipped in the terminal installation cavity 28
Generator 23, the non-interfering THz wave generator 23 be used for receive processing end 1 transmission electromagnetic signal amplify and times
Frequently, the non-interfering THz wave frequency spectrum of particular frequency range is generated, and is radiate；
The wave source transmitting terminal of 23 front side of non-interfering THz wave generator is fixed on the fixed frame 201, described
The front side of fixed frame 201 is equipped with guided wave window 203, is equipped with the poly- wave lens 208 for covering it on front side of the waveguide window 203；The end
End 28 one side wall of installation cavity is equipped with the through-hole 30 for being passed through the electric wire for connecting the processing end 1；The heat dissipation cavity 29 is equipped with a heat dissipation
Structure, the radiator structure include the heat carrier 24 being laterally laid with and the radiator 25 set on 24 rear side of heat carrier, institute
Heat carrier 24 is stated to be connected equipped with interconnecting piece 240 with the non-interfering THz wave generator 23；The radiator 25 is bonded
The rear wall setting of 20 inside of shell, there are the intervals for being not less than 0.5cm size between the heat carrier 24 and radiator 25
Space 26.
In some preferable examples, the heat carrier 24 is using block structure made of blister copper；The radiator 25 is
Black coating is made in carbon nanomaterial；The interconnecting piece 240 is to connect the non-interfering THz wave generator 23 and heat carrier 24
Several strip structures.It should be noted that using the Structural design idea of the invention as starting point, it is of the present invention thermally conductive
The material preparation high using thermal coefficient of body 24, radiator 25 are prepared using heat-absorbing material, and above-mentioned preferable example is not pair
Unique heat sink material of the invention.
In other example, radiator structure of the present invention is arranged endogenous wind and radiates to internal structure, specific embodiment party
Case is as shown in Figure 3: offering a draining hole 204 on the installing frame 202, deviates the terminal of 204 side of draining hole
28 wall of installation cavity is equipped with air inlet 205, and the air inlet 205 is equipped with grid screen, and inside is equipped with miniature blower device
206；29 rear wall of the heat dissipation cavity for deviateing 204 side of draining hole is equipped with the air outlet 206 of lattice-shaped.
The endogenous wind self terminal installation cavity 28 enters laterally draining hole 204, then from 204 lateral flow of draining hole by going out
Air port 206 is flowed out, which carries out heat exchange in intracavitary stop path length, to realize good heat dissipation effect.It needs
Illustrate, when non-interfering THz wave generator of the present invention generates non-interfering THz wave, which is generated
Electromagnetic wave sucker is entered by waveguide window, the heat radiation generated is absorbed by heat carrier, and the radiator structure for passing through rear side radiates.
The non-interfering THz wave that the probe generates is more pure, and human body physical therapy position receives non-interfering in the case where not thermal radiation
The irradiation of THz wave can preferably detect specific influence of the non-interfering THz wave on human organism.
The side of the shell 20 is enclosed with thermal insulation layer 27, is equipped with several around the thermal insulation layer 27 and cooperates with finger
Recessed portion 270, as shown in figure 5, recessed portion 270 at this is convenient for hand gripping.
Sucker of the invention has following improvement in some preferable examples.Shown in Fig. 4, the forward position wall of the sucker 22
It is equipped with fin 220；It is equipped with caulking groove 224 in the middle part of the fin 220, is equipped with electromyographic electrode 222, the suction in the caulking groove 224
The slot 221 for connecting the through-hole 30 and caulking groove 224, the electrode cable of the electromyographic electrode 222 are equipped in the disk body wall of disk 22
223 are pierced by by the slot 221 and through-hole 30, are connected to the processing end 1.
In some instances, sucker has the advantages that quantity is adjustable and is fixed easily, specifically, wrapping up outside the sucker 22
There is rectangular enclosure 31, the side of the rectangular enclosure 31 is equipped with cylindric fastener 32, and the other side is equipped with and the cylindric button
The hangers 33 that component 32 matches；Elastic bands 34 can be also equipped on the cylindric fastener 32, the elastic bands 34
The other side is connected with cylindric fastener 32.The two sides of cylindric fastener 32 in the program are connect with rectangular enclosure, intermediate
A channel is formed, the channel is for interting the elastic bands；Show as Fig. 5 shows one kind two structures being applied in combination of popping one's head in
It is intended to, in use, physical therapy person can independently combine several probes, and elastic bands are tied up with, elastic bands
Cylindric fastener can be connect with hangers.The elastic bands should be understood as being packed into the cylindric fastener when needing to bind
Channel in.
In some instances, wave launch terminal is integrated with heart and lung sounds auscultation module, and concrete scheme is as shown in fig. 6, the suction
The opening of disk 22 is equipped with transparent vibrating membrane 50, and the opening of the vibrating membrane 50 and sucker 22 passes through gasket seal bond；
Poly- 208 side of wave lens is equipped with sound wave guiding tube 51, and 51 front side of sound wave guiding tube is communicated with the sucker 22, rear end
Equipped with microphone 52, the output end of the microphone 52 is connected with leading note line 53, the leading note line 53 by through-hole 30 with it is described
Processing end 1 is connected.
Physiotherapy equipment of the present invention in a preferred embodiment, as shown in fig. 7, the wave launch terminal 2 further includes
The power detection module 13 being connected with the non-interfering THz wave generator 23, for detecting non-interfering terahertz
The hereby actual non-interfering THz wave output power data of wave producer 22, and send the data to processing end 1；
The processing end 1 is set in cabinet 100, and the processing end 1 further includes terminal point interface module 180, power number
According to processing module 14, power data correction module 15.
Terminal point interface module 180 is several cable line interfaces for being set to 100 side of cabinet, for accessing wave
Launch terminal 2；It should be noted that terminal divides interface module 180 to be the tap mouths of several connection external probes, when use, can
The probe connector that insertion adapts to quantity carries out concrete operations.
Power data processing module 14 is used to receive the non-interfering THz wave of reality that the power detection module 13 detects
Output power data, and data are compared with non-interfering THz wave output data is preset, judge the actual difference of the two.
Power data correction module 15 is used for the comparison result according to the power data processing module 14 to the non-of output
Interference THz wave wave frequency data carry out initialization amendment.
Wherein, the power detection module 13 includes the bleeder circuit connecting with the non-interfering THz wave generator 23
Or shunt circuit and operational amplifier circuit；The processing end 1 further includes AD conversion module 16, for receiving power detection module 13
The electric signal that middle operational amplifier circuit uploads, and analog-to-digital conversion obtains the electromagnetic data of acquisition.AD conversion module is set to by the program
In processor, simplify the internal structure of probe as far as possible, keeps probe more light.
In non-interfering THz wave output power, the non-interfering THz wave output of the reality that power detection module 13 detects
Power data, and send data to processing end and carry out analog-to-digital conversion into digital signal, power data processing module 14 is by data
It is compared with non-interfering THz wave output data is preset, judges the actual difference of the two；When the two difference is more than preset threshold, function
Rate data correction module 15 then carries out initialization amendment to the non-interfering THz wave wave frequency data of output, so that it is guaranteed that radiation
The precision of non-interfering THz wave wavelength.
The processing end 1 further includes at the heart and lung sounds identification module 54 being connected with the leading note line 53 and heart and lung sounds data
Module 55 is managed, the heart and lung sounds identification module 54 is used to according to the processing end 1 is led further include being connected with the leading note line 53
Heart and lung sounds identification module 54 and heart and lung sounds data processing module 55, the heart and lung sounds identification module 54 be used for according to leading note line 53
The heart and lung sounds analog signal of upload successively carries out digital-to-analogue conversion, filtering and down-sampled processing, obtains heart and lung sounds digital signal；It is described
Heart and lung sounds data processing module 55 is used to heart sound lungs sound digital signal being converted to heart sound waveform diagram and lungs sound waveform diagram, and shows
In on the display screen of cabinet.For some lung cancer illnesss especially to some lung bronchogenic carcinomas, showing as lung has localized wheezing sound,
The heart and lung sounds variation of patients with lung cancer can be monitored at any time by the module.
The wave launch terminal 2 further includes electromyography signal detection module 17, for obtaining physical therapy position by electromyographic electrode
Electromyography signal, and by the signal be uploaded to AD conversion module 16 carry out analog-to-digital conversion obtain acquisition myoelectricity data；
The myoelectricity data processing module 18 that the main control module 12 is connected, for the myoelectricity Data Detection according to acquisition
The influence that corresponding non-interfering THz wave generates the position.
It should be noted that electromyographic electrode and physical therapy person's skin contact, the electromyography signal of available patient before physical therapy,
It is very easy to use；Electromyographic electrode can also in physical therapy Simultaneous Monitoring physiotheraping effect, can also be after physical therapy quickly and easily
Feed back physiotheraping effect.In this way, probe achievees the purpose that physical therapy, monitoring integration when using.
The processing end 1 further includes the timing module 19 being connected with the main control module 12, the timing module 19
For controlling the working time of the non-interfering THz wave generator 23 in each wave launch terminal 2.
It should be noted that it will be appreciated by those skilled in the art that processor of the present invention, which has, realizes the present invention
The function of the data acquisition, wavelength modulation and timing, the function can also be held by hardware realization by hardware
The corresponding software realization of row.The hardware or software include one or more modules corresponding with above-mentioned function.The processing
Device includes the application program that functions of modules of the present invention is executed for storing each module.The function can by hardware realization,
Corresponding software realization can be executed by hardware.In some instances, the main control unit can be programmable gate array
Chip or dedicated IC chip.
Through the above description of the embodiments, those skilled in the art can be understood that each embodiment can
It realizes by means of software and necessary general hardware platform, naturally it is also possible to pass through hardware.
Only several embodiments of the present invention are expressed for above embodiments, and the description thereof is more specific and detailed, but can not
Therefore limitations on the scope of the patent of the present invention are interpreted as.It should be pointed out that for those of ordinary skill in the art,
Without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to protection model of the invention
It encloses.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (10)
1. a kind of non-interfering THz wave emulation physical therapy instrument for lung cancer, the physiotherapy equipment include processing end (1) and with institute
State the wave launch terminal (2) that processing end (1) is connected, which is characterized in that the processing end (1) includes
Signal source generator (10), for generating the signal source of the non-interfering terahertz wave signal of low frequency；
Modulation module (11) is realized by control electricity frequency and carries out pulse, sine to the low frequency terahertz wave signal amplitude of signal source
Different modes modulation, and modulated non-interfering terahertz electromagnetic wave signal is input to wave launch terminal (2)；
Main control module (12) is used for the signal processing to processing end (1), control and the hair to the wave launch terminal (2)
Penetrate the control and signal acquisition process of signal；
The wave launch terminal (2) includes shell (20) and horn-like sucker (22) on front side of the shell (20), institute
Shell (20) Inner Front End is stated equipped with fixed frame (201), middle part is equipped with installing frame (202), and the installing frame (202) is by shell (20)
It is divided into the terminal installation cavity (28) of front side and the heat dissipation cavity (29) of rear side；THz wave is equipped in the terminal installation cavity (28)
Generator (23), the electromagnetic signal that the non-interfering THz wave generator (23) is used to receive processing end (1) transmission are put
Big and frequency multiplication, generates the non-interfering THz wave frequency spectrum of particular frequency range, and radiate；
Wave source transmitting terminal on front side of the non-interfering THz wave generator (23) is fixed on the fixed frame (201), described
The front side of non-interfering THz wave generator (23) is equipped with guided wave window (203), is equipped on front side of the waveguide window (203) and covers its
Poly- wave lens (208)；Terminal installation cavity (28) one side wall is equipped with the through-hole for being passed through the electric wire for connecting the processing end (1)
(30)；The heat dissipation cavity (29) is equipped with a radiator structure, and the radiator structure includes the heat carrier (24) being laterally laid with and sets
Radiator (25) on rear side of the heat carrier (24), the heat carrier (24) be equipped with interconnecting piece (240) with it is described non-interfering
THz wave generator (23) is connected；The radiator (25) is bonded the rear wall setting on the inside of the shell (20), described to lead
There are the clearance spaces for being not less than 0.5cm size between hot body (24) and radiator (25).
2. being directed to the non-interfering THz wave emulation physical therapy instrument of lung cancer as described in claim 1, which is characterized in that described thermally conductive
Body (24) is using block structure made of blister copper；The radiator (25) is that black coating is made in carbon nanomaterial；The connection
Portion (240) is several strip structures for connecting non-interfering the THz wave generator (23) and heat carrier (24).
3. being directed to the non-interfering THz wave emulation physical therapy instrument of lung cancer as claimed in claim 2, which is characterized in that the installation
A draining hole (204) are offered on frame (202), are deviateed on terminal installation cavity (28) wall of the draining hole (204) side
Equipped with air inlet (205), the air inlet (205) is equipped with grid screen, and inside is equipped with miniature blower device (206)；Deviate
The heat dissipation cavity (29) rear wall of draining hole (204) side is equipped with the air outlet (207) of lattice-shaped.
4. being directed to the non-interfering THz wave emulation physical therapy instrument of lung cancer as claimed in claim 2, which is characterized in that the shell
(20) side is enclosed with thermal insulation layer (27), and the recessed portion of several and finger cooperation is equipped with around the thermal insulation layer (27)
(270)。
5. being directed to the non-interfering THz wave emulation physical therapy instrument of lung cancer as claimed in claim 2, which is characterized in that the sucker
(22) forward position wall is equipped with fin (220)；Caulking groove (224) are equipped in the middle part of the fin (220), are set in the caulking groove (224)
Have electromyographic electrode (222), the slot for connecting the through-hole (30) and caulking groove (224) is equipped in the disk body wall of the sucker (22)
(221), the electrode cable (223) of the electromyographic electrode (222) is pierced by by the slot (221) and through-hole (30), is connected to
The processing end (1).
6. being directed to the non-interfering THz wave emulation physical therapy instrument of lung cancer as claimed in claim 2, which is characterized in that the sucker
(22) it is wrapped with rectangular enclosure (31), the side of the rectangular enclosure (31) is hinged with cylindric fastener (32), the other side
It is hinged with the hangers (33) to match with the cylindric fastener (32)；Bullet can be also equipped on the cylindric fastener (32)
Property bandage (34), the other side of the elastic bands (34) is connected with cylindric fastener (32).
7. such as the non-interfering THz wave emulation physical therapy instrument of any of claims 1-6 for lung cancer, feature exists
In the opening of the sucker (22) is equipped with transparent vibrating membrane (50), and the vibrating membrane (50) and the opening of sucker (22) are logical
Cross gasket seal bond；Poly- wave lens (208) side is equipped with sound wave guiding tube (51), before the sound wave guiding tube (51)
Side is communicated with the sucker (22), and rear end is equipped with microphone (52), and the output end of the microphone (52) is connected with leading note line
(53), the leading note line (53) is connected by through-hole (30) with the processing end (1).
8. being directed to the non-interfering THz wave emulation physical therapy instrument of lung cancer as claimed in claim 7, which is characterized in that the wave hair
Penetrating terminal (2) further includes
The power detection module (13) being connected with the non-interfering THz wave generator (23), for detecting non-interfering terahertz
The hereby actual non-interfering THz wave output power data of wave producer (23), and send the data to processing end (1)；
The processing end (1) is set to the cabinet (100) with display screen Nei, and the processing end (1) further includes
Terminal divides interface module (180), for several cable line interfaces (108) for being set to the cabinet (100) side, is used for
It accesses wave launch terminal (2)；
AD conversion module (16), for receiving the electric signal of power detection module (13) upload, and analog-to-digital conversion obtains acquisition
Electromagnetic data；
Power data processing module (14), for receiving the non-interfering THz wave of reality of the power detection module (13) detection
Output power data, and data are compared with non-interfering THz wave output data is preset, judge the actual difference of the two；
Power data correction module (15), for the comparison result according to the power data processing module (14) to the non-of output
Interference THz wave wave frequency data carry out initialization amendment.
9. being directed to the non-interfering THz wave emulation physical therapy instrument of lung cancer as claimed in claim 8, which is characterized in that the processing
Holding (1) further includes the heart and lung sounds identification module (54) and heart and lung sounds data processing module being connected with the leading note line (53)
(55), the heart and lung sounds identification module (54) is used to according to the processing end (1) is led further include being connected with the leading note line (53)
The heart and lung sounds identification module (54) and heart and lung sounds data processing module (55) connect, the heart and lung sounds identification module (54) are used for basis
The heart and lung sounds analog signal that leading note line (53) uploads successively carries out digital-to-analogue conversion, filtering and down-sampled processing, obtains heart and lung sounds number
Word signal；The heart and lung sounds data processing module (55) is used to heart sound lungs sound digital signal being converted to heart sound waveform diagram and lungs sound
Waveform diagram, and show.
10. being directed to the non-interfering THz wave emulation physical therapy instrument of lung cancer as claimed in claim 8, which is characterized in that the wave
Launch terminal (2) further includes electromyography signal detection module (17), for obtaining the electromyography signal at physical therapy position by electromyographic electrode,
And the signal is uploaded to AD conversion module (16) and carries out the myoelectricity data that analog-to-digital conversion obtains acquisition；
The myoelectricity data processing module (18) that the main control module (12) is connected, for the myoelectricity Data Detection according to acquisition
The influence that corresponding non-interfering THz wave generates the position；
The processing end (1) further includes the timing module (19) being connected with the main control module (12), the timing module
(19) for controlling the working time of the non-interfering THz wave generator (23) in each wave launch terminal (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910024428.2A CN109646803A (en) | 2019-01-10 | 2019-01-10 | For the non-interfering THz wave emulation physical therapy instrument of lung cancer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910024428.2A CN109646803A (en) | 2019-01-10 | 2019-01-10 | For the non-interfering THz wave emulation physical therapy instrument of lung cancer |
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| CN110292713A (en) * | 2019-07-05 | 2019-10-01 | 鲍玉珍 | The THz wave of ankylosing spondylitis disease physical therapy emulates physical therapy device |
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| RU2715093C1 (en) * | 2019-07-10 | 2020-02-25 | Федеральное государственное бюджетное образовательное учреждение высшего образования ФГБОУ ВО "Пензенский государственный университет" (ФГБОУ ВО "ПГУ") | Method for correction of blood microcirculation disorders in periodontium in chronic tobacco intoxication in experiment |
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Application publication date: 20190419 |