CN101628155B - Ultrahigh frequency tumor treatment equipment - Google Patents

Abstract

The invention relates to tumor noninvasive treatment equipment, in particular to ultrahigh frequency tumor treatment equipment which comprises an ultrahigh frequency transmitter, a reflector isolator, a radiator, a treatment table, a monitor, a shielding chamber and a computer management system, wherein, the radiator, treatment table and monitor are arranged in the shielding chamber; the ultrahigh frequency transmitter is connected with the reflector isolator through a radio frequency cable; the reflector isolator is connected with the radiator through the radio frequency cable; the monitor is arranged above the treatment table and is connected with the computer management system through a monitor cable; the computer management system is connected with the ultrahigh frequency transmitter through a data transmission cable. The output frequency of the ultrahigh frequency transmitter is the continuous wave of 430-460MHz. The equipment has the advantages of enhancing the efficacy of the medicines for suppressing specific tumors and enabling the electromagnetic waves to reach deeper lesion sites so as to achieve better treatment effects.

Description

A kind of ultrahigh frequency tumor treatment equipment

Technical field

The present invention relates to a kind of tumor non-invasive therapy equipment, relate in particular to a kind of CF electromagnetic wave that utilizes and improve the efficacy of a drug that specific tumors suppresses medicine, and impel the heating of tumor affected part and reach the equipment that kills the pathological tissues purpose.

Background technology

Advantages such as tumor non-invasive therapy technology has simply, safety, the time is short, misery is few, in the prior art, tumor non-invasive therapy techniques make use microwave radiation principle heating tissue, tumor cell is killed because of non-refractory, and this method is called heating therapy.

Because the microwave heat therapy that prior art adopts, heat penetration only can reach subcutaneous 2-5cm.For the tumor of deep layer, need to use conduit or electrode to insert in the body, thereby make troubles to the patient, do not reach the effect of " noinvasive ".

Summary of the invention

The purpose of this invention is to provide a kind of ultrahigh frequency tumor treatment equipment, this equipment can produce the uhf electromagnetic wave of 430MHz-460MHz, strengthens the efficacy of a drug that specific tumors suppresses medicine, can make electromagnetic wave reach the more diseased region of deep layer, to reach better therapeutic.

For realizing above-mentioned purpose, the present invention realizes through following technical scheme:

A kind of ultrahigh frequency tumor treatment equipment; Comprise ultra-high-frequency transmitter, reflection isolator, irradiator, therapeutic bed, monitor, screened room, computer management system; Irradiator, therapeutic bed, monitor are arranged in the screened room; Ultra-high-frequency transmitter is connected with the reflection isolator through radio-frequency cable, and the reflection isolator is connected through radio-frequency cable with irradiator; Monitor is positioned at the therapeutic bed top, is connected with computer management system through monitor cable, and computer management system also connects ultra-high-frequency transmitter through data cable.

Described ultra-high-frequency transmitter output frequency is the continuous wave of 430MHz-460MHz.

Described irradiator is four, is looped around being provided with of patient's patient part all around.

Described irradiator adopts nonmetal being formed by connecting irradiator loam cake and irradiator base plate; The radiation ring lies against on the irradiator base plate; Radiation ring one end is fixed on the outer conductor adapter through brass screws, and the other end is welded on the inner wire of radio frequency connector with the inner wire adapter; The outer conductor adapter is connected with the outer conductor of the radio frequency connector of irradiator base plate opposite side.

The inner wire junction of described radiation ring is with polytetrafluoroethylene bearing.

Perforate on the bed board of described therapeutic bed is equipped with transmittance plate.

Described therapeutic bed is provided with the pulley that bed board is moved forward and backward through the therapeutic bed seat supports between therapeutic bed and therapeutic bed bearing.

Described ultra-high-frequency transmitter is made up of signal generator activator, power divider, radio-frequency power amplifier, power combiner, low pass filter, directional coupler, radio frequency output interface, MPU control circuit, power circuit; Signal generator activator, power divider, radio-frequency power amplifier, power combiner, low pass filter, directional coupler connect successively, and directional coupler is through radio frequency output interface output radiofrequency signal; Directional coupler connects the MPU control circuit, and the MPU control circuit connects power circuit and radio-frequency power amplifier, and power circuit is that radio-frequency power amplifier provides power supply, and its switch receives the control of MPU control circuit; The MPU control circuit carries out transfer of data through communication interface and computer management system.

Compared with prior art, the invention has the beneficial effects as follows:

1) realization is to the non-invasive therapy of top layer and deep layer tumor, and the treatment that reduces the patient is painful;

2) combine the advantage of medication and physical therapy, and, improved therapeutic effect the improvement of device structure;

3) use computer management system, in the use of equipment and patient's file administration, improved efficient.

Description of drawings

Fig. 1 is an overall structure sketch map of the present invention;

Fig. 2 a is a radiator structure sketch map axis side view;

Fig. 2 b is a radiator structure sketch map lateral plan;

Fig. 3 is an irradiator riding position sketch map;

Fig. 4 a is a therapeutic bed structural representation vertical view;

Fig. 4 b is a therapeutic bed structural representation front view;

Fig. 5 is the ultra-high-frequency transmitter functional-block diagram;

Fig. 6 is a computer management system software interface sketch map.

The specific embodiment

Be described in detail the specific embodiment of the present invention below in conjunction with accompanying drawing.

A kind of ultrahigh frequency tumor treatment equipment; Comprise ultra-high-frequency transmitter 15,reflection isolator 13,irradiator 9, therapeutic bed 4,monitor 11, screened room 1,computer management system 18; Irradiator 9, therapeutic bed 4,monitor 11 are arranged in the screened room 1; Ultra-high-frequency transmitter 15 is connected withreflection isolator 13 through radio-frequency cable 14, andreflection isolator 13 passes through radio-frequency cable 14 connections mutually withirradiator 9; Monitor 11 is positioned at therapeutic bed 4 tops, is connected withcomputer management system 18 throughmonitor cable 12, and computer management system also connects ultra-high-frequency transmitter throughdata cable 16.

Monitor 11 among Fig. 1,reflection isolator 13, radio-frequency cable 14 are for can purchase parts.The double-deck 8-10mm steel plate of screenedroom metal wall 2 usefulness therebetween 50mm solid wood is processed.

The making of irradiator is referring to Fig. 2 a and Fig. 2 b:irradiator base plate 20 is made by the thick rigid plastics of 3mm withirradiator loam cake 19, uses nonmetal connection between them, for example uses plastics screw or adhesive to connect.Radiation ring 24 lies against on theirradiator base plate 20, and the diameter of ring is 185mm, is that the thick copper pipe bending of 5mm forms by diameter.Outer conductor adapter 22 is spirally connected with the outer conductor of theradio frequency connector 21 ofirradiator base plate 20 opposite sides, andradio frequency connector 21 is a L27 type flange form connector.One end ofradiation ring 24 is fixed on theouter conductor adapter 22 withbrass screws 26, and the other end is welded toinner wire adapter 23 on the inner wire of radio frequency connector, andinner wire adapter 23 adopts one section thick copper conductor of 4mm.For preventing the internal and external conductor short circuit, near the inner wire junction ofradiation ring 24, put the bearing of processing withpolitef 25.

The riding position of irradiator is referring to Fig. 3.In the present embodiment, used 4 irradiators, respectively had one one in the upper and lower, left and right of therapeutic bed 4.

Fig. 4 is the construction features of therapeutic bed, and wherein, bed board 4a is the 30mm solid wood, for the electromagnetic wave that makes following irradiator can pass more, and perforate andtransmittance plate 4b is installed on bed board 4a.The material thattransmittance plate 4b uses is the thick hard plastic board of 5mm.Bed board 4a uses therapeutic bed bearing 6 to support, and between bed board 4a and therapeutic bed bearing 6, therapeutic bed pulley 5 is installed, and bed board 4a can be moved forward and backward.

Fig. 5 is the functional-block diagram of ultra-high-frequency transmitter.Signal generator activator 27 is used to produce the continuous wave of required 430MHz-460MHz, and this signal is amplified to certain amplitude to promote the circuit of back.In the present embodiment, the frequency ofsignal generator activator 27 output is 430MHz, output amplitude be 0-1 watt adjustable, output amplitude is by 35 controls of MPU control circuit.The output signal ofsignal generator activator 27 is sent into power divider (power splitter) 28, is equally divided into 4 the tunnel with in-phase mode, and every road drives one one 500 watts radio-frequency power amplifier 29 separately.Power combiner 30 is all sent in the output of 4ones 500 watts radio-frequency power amplifier 29, synthesizes 1 way RF power signal.Low pass filter 31 is sent in the output of power combiner 30, the filtering harmonic composition.The output oflow pass filter 31 is sent into radiofrequency output interface 33 throughdirectional coupler 32, and this is the output interface of hyperfrequency (UHF) transmitter.The power sampled signal thatdirectional coupler 32 is coupled out is sent into MPU (single-chip microcomputer) control circuit 35.MPU (single-chip microcomputer)control circuit 35 is accomplished to the detection of power with to the monitoring of other state of transmitter such as power amplifier electric current, power amplifier voltage, power amplifier temperature, so that radio-frequency power amplifier 29 is carried out error protection.MPU (single-chip microcomputer)control circuit 35 carries out transfer of data throughcommunication interface 36 and computer management system 18 (Fig. 1).Power circuit 34 provides dc source for radio-frequency power amplifier 29, and its switch receives the control of MPU (single-chip microcomputer)control circuit 35.

Monitoring software in thecomputer management system 18 is a software section of the present invention, in the present embodiment, has used interface shown in Figure 6.The first half is used to monitor 1-4 hyperfrequency (UHF) transmitter, and the left side of the latter half is the case control interface, and the right side of the latter half is the integrated operation panel.This monitoring software can with the database link of hospital, be convenient to the centralized management.Monitoring software can be controlled all or part of startup in 4 hyperfrequencies (UHF) transmitter and stop, or suspends wherein any one one emission.

Claims (1)

1. ultrahigh frequency tumor treatment equipment; It is characterized in that; Comprise ultra-high-frequency transmitter, reflection isolator, irradiator, therapeutic bed, monitor, screened room, computer management system; Irradiator, therapeutic bed, monitor are arranged in the screened room, and ultra-high-frequency transmitter is connected with the reflection isolator through radio-frequency cable, and the reflection isolator is connected through radio-frequency cable with irradiator; Monitor is positioned at the therapeutic bed top, is connected with computer management system through monitor cable, and computer management system also connects ultra-high-frequency transmitter through data cable;

Described ultra-high-frequency transmitter output frequency is the continuous wave of 430MHz-460MHz; Described irradiator is four, is looped around being provided with of patient's patient part all around; Irradiator adopts nonmetal being formed by connecting irradiator loam cake and irradiator base plate; The radiation ring lies against on the irradiator base plate; Radiation ring one end is fixed on the outer conductor adapter through brass screws, and the other end is welded on the inner wire of radio frequency connector with the inner wire adapter; The outer conductor adapter is connected with the outer conductor of the radio frequency connector of irradiator base plate opposite side; The inner wire junction of radiation ring is with polytetrafluoroethylene bearing;

Perforate on the bed board of described therapeutic bed is equipped with transmittance plate; Described therapeutic bed is provided with the pulley that bed board is moved forward and backward through the therapeutic bed seat supports between therapeutic bed and therapeutic bed bearing; Described ultra-high-frequency transmitter is made up of signal generator activator, power divider, radio-frequency power amplifier, power combiner, low pass filter, directional coupler, radio frequency output interface, MPU control circuit, power circuit; Signal generator activator, power divider, radio-frequency power amplifier, power combiner, low pass filter, directional coupler connect successively, and directional coupler is through radio frequency output interface output radiofrequency signal; Directional coupler connects the MPU control circuit, and the MPU control circuit connects power circuit and radio-frequency power amplifier, and power circuit is that radio-frequency power amplifier provides power supply, and its switch receives the control of MPU control circuit; The MPU control circuit carries out transfer of data through communication interface and computer management system.

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