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CN103272332A - Tumor therapy equipment with non-ionization electromagnetic field exciting autonomous metabolism of human body and application thereof - Google Patents

Tumor therapy equipment with non-ionization electromagnetic field exciting autonomous metabolism of human body and application thereof Download PDF

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CN103272332A
CN103272332A CN2013102129258A CN201310212925A CN103272332A CN 103272332 A CN103272332 A CN 103272332A CN 2013102129258 A CN2013102129258 A CN 2013102129258A CN 201310212925 A CN201310212925 A CN 201310212925A CN 103272332 A CN103272332 A CN 103272332A
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辛学刚
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Southern Medical University
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Abstract

一种非电离电磁场激发人体自主代谢的肿瘤治疗设备及其在治疗肿瘤方面的应用,设备设置有控制系统、调幅射频电磁场发生装置和目标对象新陈代谢评估系统;调幅射频电磁场发生装置设置有调幅射频电磁场发生器、调幅射频电磁场功率放大器和发射天线;控制系统控制调幅射频电磁场发生器的工况,调幅射频电磁场发生器发射的电磁场为非电离场,目标对象新陈代谢评估系统检测置于射频电磁场工作区域内的目标对象的新陈代谢参数并将获取的新陈代谢参数发送至控制系统。该设备对目标对象以其特征频率的非电离电磁场进行辐照,能调动目标对象的自主新陈代谢功能,提高目标对象的生存质量。

A tumor treatment device that stimulates the human body's autonomous metabolism by a non-ionizing electromagnetic field and its application in treating tumors. The device is equipped with a control system, an amplitude-modulated radio-frequency electromagnetic field generator, and a target metabolism evaluation system; the amplitude-modulated radio-frequency electromagnetic field generator is equipped with an amplitude-modulated radio-frequency electromagnetic field Generator, AM RF electromagnetic field power amplifier and transmitting antenna; the control system controls the working condition of the AM RF electromagnetic field generator, the electromagnetic field emitted by the AM RF electromagnetic field generator is a non-ionized field, and the target metabolism evaluation system is placed in the RF electromagnetic field working area Metabolic parameters of the target object in the target object and send the obtained metabolic parameters to the control system. The equipment irradiates the target object with the non-ionizing electromagnetic field of its characteristic frequency, which can mobilize the autonomous metabolic function of the target object and improve the living quality of the target object.

Description

非电离电磁场激发人体自主代谢的肿瘤治疗设备及其应用Tumor treatment equipment and application of non-ionizing electromagnetic field to stimulate human body's autonomous metabolism

技术领域 technical field

本发明属于磁共振技术领域,具体涉及一种非电离电磁场激发人体自主代谢的肿瘤治疗设备及通过该设备在进行肿瘤辅助治疗方面的用途。 The invention belongs to the technical field of magnetic resonance, and in particular relates to a tumor treatment device for stimulating the autonomous metabolism of a human body by a non-ionizing electromagnetic field and the use of the device in adjuvant tumor therapy.

背景技术 Background technique

目前,肿瘤的治疗方法很多,其中主要的治疗方法包括传统的手术切除、化疗、放疗,近年又出现大量的介入疗法。现有方法的共同特点,都是以目标肿瘤组织作为直接治疗对象,或者对该目标肿瘤组织直接外科手术切除;或者直接针对目标肿瘤组织进行高剂量电离射线辐照,使目标肿瘤组织受辐射产生电离变性坏死,如放疗;或者通过各种手段或者技术对目标肿瘤组织施加额外的能量,进而使目标肿瘤组织温度升高,产生变性或者坏死,所施加的各种手段包括体外聚焦高能超声治疗、激光消融、射频消融及在目标部位产生电磁感应引起能量聚集等等。 At present, there are many treatment methods for tumors, among which the main treatment methods include traditional surgical resection, chemotherapy, radiotherapy, and a large number of interventional therapies have appeared in recent years. The common feature of the existing methods is that the target tumor tissue is directly treated as the target, or the target tumor tissue is directly surgically removed; Ionization degeneration and necrosis, such as radiotherapy; or applying additional energy to the target tumor tissue through various means or techniques, thereby increasing the temperature of the target tumor tissue, resulting in degeneration or necrosis. Various means applied include external focused high-energy ultrasound therapy, Laser ablation, radiofrequency ablation, and electromagnetic induction at the target site cause energy accumulation, etc.

现有技术中的这些肿瘤治疗方法,均是针对肿瘤部位本身。虽然对局部目标肿瘤组织产生各种杀伤作用,但是往往存在一定的副作用,对健康组织存在一定的伤害;同时更为严重的是,现有的治疗方法肿瘤复发率很高,特别是针对已经出现晚期转移的病人,现有治疗手段效果均有限,肿瘤病人晚期往往非常痛苦,生存质量很差。 These tumor treatment methods in the prior art are all aimed at the tumor site itself. Although it has various killing effects on local target tumor tissues, there are often certain side effects and certain damage to healthy tissues; at the same time, what is more serious is that the existing treatment methods have a high tumor recurrence rate, especially for those that have already appeared. For patients with advanced metastasis, the existing treatment methods have limited effects, and cancer patients in the advanced stage are often very painful and have poor quality of life.

因此,针对现有技术不足,提供一种非电离电磁场激发人体自主代谢的肿瘤治疗设备及利用该设备进行肿瘤辅助治疗的方法以克服现有技术不足甚为必要。 Therefore, in view of the deficiencies of the prior art, it is necessary to provide a tumor treatment device that stimulates the autonomous metabolism of the human body by a non-ionizing electromagnetic field and a method for adjuvant tumor therapy using the device to overcome the deficiencies of the prior art.

  the

发明内容 Contents of the invention

本发明的目的在于针对现有技术不足,提供一种非电离电磁场激发人体自主代谢的肿瘤治疗设备,该设备能够根据目标对象的实际情况,对目标对象以目标对象特征频率的非电离电磁场进行辐照,并即时获取目标对象的新陈代谢参数,能够调动目标对象的自主新陈代谢功能,提高目标对象的生存质量。 The object of the present invention is to address the deficiencies in the prior art, and provide a tumor treatment device that stimulates the human body's autonomous metabolism by a non-ionizing electromagnetic field. Taking photos and obtaining the metabolic parameters of the target object in real time can mobilize the autonomous metabolic function of the target object and improve the quality of life of the target object.

本发明的上述目的通过如下技术方案实现。 The above object of the present invention is achieved through the following technical solutions.

本发明的一种非电离电磁场激发人体自主代谢的肿瘤治疗设备,设置有控制系统、调幅射频电磁场发生装置和目标对象新陈代谢评估系统; A kind of tumor treatment equipment of the present invention that stimulates human body's autonomous metabolism by non-ionizing electromagnetic field, is provided with a control system, an amplitude-modulated radio-frequency electromagnetic field generating device, and a target metabolism evaluation system;

所述调幅射频电磁场发生装置设置有调幅射频电磁场发生器、调幅射频电磁场功率放大器和发射天线; The amplitude modulation radio frequency electromagnetic field generating device is provided with an amplitude modulation radio frequency electromagnetic field generator, an amplitude modulation radio frequency electromagnetic field power amplifier and a transmitting antenna;

所述控制系统的输出端与所述调幅射频电磁场发生器的输入端连接,所述调幅射频电磁场发生器的输出端与所述调幅射频电磁场功率放大器的输入端连接,所述调幅射频电磁场功率放大器的输出端与所述发射天线连接,所述目标对象新陈代谢评估系统检测置于射频电磁场工作区域内的目标对象的新陈代谢参数,所述目标对象新陈代谢评估系统的输出端与所述控制系统的输入端连接; The output end of the control system is connected with the input end of the amplitude modulation radio frequency electromagnetic field generator, the output end of the amplitude modulation radio frequency electromagnetic field generator is connected with the input end of the amplitude modulation radio frequency electromagnetic field power amplifier, and the amplitude modulation radio frequency electromagnetic field power amplifier The output terminal of the target object is connected to the transmitting antenna, and the target object metabolism evaluation system detects the metabolic parameters of the target object placed in the radio frequency electromagnetic field working area, and the output end of the target object metabolism evaluation system is connected with the input end of the control system connect;

所述控制系统控制所述调幅射频电磁场发生器的工况,所述调幅射频电磁场发生器发射的电磁场为非电离场,所述调幅射频电磁场发生器发射的信号经所述调幅射频电磁场功率放大器进行信号放大后由所述天线发射至目标对象,所述目标对象新陈代谢评估系统检测置于射频电磁场工作区域内的目标对象的新陈代谢参数并将获取的新陈代谢参数发送至所述控制系统; The control system controls the working condition of the AM radio frequency electromagnetic field generator, the electromagnetic field emitted by the AM RF electromagnetic field generator is a non-ionized field, and the signal emitted by the AM RF electromagnetic field generator passes through the AM RF electromagnetic field power amplifier After the signal is amplified, it is transmitted to the target object by the antenna, and the target object metabolism evaluation system detects the metabolic parameters of the target object placed in the radio frequency electromagnetic field working area and sends the obtained metabolic parameters to the control system;

所述控制系统预先检测目标对象适用的特征频率,然后控制以对目标对象采用特征频率的电磁辐照进行辐照处理,并在辐照处理器的同时对目标对象的实时状况进行监测,判断目标对象的新陈代谢是否得到增强。 The control system pre-detects the characteristic frequency applicable to the target object, and then controls the target object to be irradiated with electromagnetic radiation of the characteristic frequency, and monitors the real-time status of the target object while irradiating the processor, and judges the target object Whether the subject's metabolism is enhanced.

上述控制系统设置有处理单元、控制单元、接收记录单元和输出单元; The above control system is provided with a processing unit, a control unit, a receiving and recording unit and an output unit;

所述处理单元的控制输出端与所述控制单元的输入端连接,所述控制单元的输出端与所述调幅射频电磁场发生器的输入端连接,所述目标对象新陈代谢评估系统的输出端与所述接收记录单元的输入端连接,所述接收记录单元的输出端与所述处理单元的输入端连接,所述处理单元的结果输出端与所述输出单元的输入端连接; The control output end of the processing unit is connected to the input end of the control unit, the output end of the control unit is connected to the input end of the amplitude modulation radio frequency electromagnetic field generator, and the output end of the target object metabolism evaluation system is connected to the The input end of the receiving recording unit is connected, the output end of the receiving recording unit is connected to the input end of the processing unit, and the result output end of the processing unit is connected to the input end of the output unit;

所述处理单元将控制信息输入至控制单元,由所述控制单元输出控制信号至所述调幅射频电磁场发生器控制调幅射频发射工况; The processing unit inputs the control information to the control unit, and the control unit outputs a control signal to the AM radio frequency electromagnetic field generator to control the AM radio frequency transmission working condition;

所述目标对象新陈代谢评估系统将所检测的新陈代谢参数输入至所述接收记录单元,所述接收记录单元将所接收到的目标对象的新陈代谢参数输入至所述处理单元,经所述处理单元处理后将处理结果输入至所述输出单元。 The target object metabolism evaluation system inputs the detected metabolic parameters to the receiving and recording unit, and the receiving and recording unit inputs the received metabolic parameters of the target object to the processing unit, and after being processed by the processing unit The processing result is input to the output unit.

上述调幅射频电磁场发生器产生幅度调制的射频信号,所述射频信号载频频率为5~50MHz,调制频率为0.01Hz~500KHz,调制深度为50~95%。 The above-mentioned amplitude-modulated radio-frequency electromagnetic field generator generates an amplitude-modulated radio-frequency signal, the carrier frequency of the radio-frequency signal is 5-50 MHz, the modulation frequency is 0.01 Hz-500 KHz, and the modulation depth is 50-95%.

上述调幅射频电磁场发生器设置有电磁场处理器、基准射频振荡器、调幅调制波发生器频率合成器、射频载波发生器和调幅调制合成器; The above-mentioned amplitude modulation radio frequency electromagnetic field generator is provided with an electromagnetic field processor, a reference radio frequency oscillator, an amplitude modulation modulation wave generator frequency synthesizer, a radio frequency carrier generator and an amplitude modulation modulation synthesizer;

所述电磁场处理器分别与所述基准射频振荡器、所述调幅调制波发生器频率合成器、所述射频载波发生器和所述调幅调制合成器的输入端连接,所述基准射频振荡器的输出端与所述调幅调制波发生器频率合成器的第二输入端连接,所述调幅调制波发生器频率合成器的输出端、所述射频载波发生器的输出端分别与所述调幅调制合成器的输入端连接,所述调幅调制合成器的输出端与所述调幅射频电磁场功率放大器的输入端连接。 The electromagnetic field processor is respectively connected to the reference radio frequency oscillator, the frequency synthesizer of the AM modulation wave generator, the radio frequency carrier generator and the input end of the AM modulation synthesizer, and the reference radio frequency oscillator The output end is connected with the second input end of the frequency synthesizer of the AM modulation wave generator, and the output end of the AM modulation wave generator frequency synthesizer and the output end of the RF carrier generator are respectively synthesized with the AM modulation The input end of the AM modulation synthesizer is connected with the input end of the AM modulation radio frequency electromagnetic field power amplifier.

上述调幅射频电磁场功率放大器的输出功率不大于300mW。 The output power of the above-mentioned AM RF electromagnetic field power amplifier is not greater than 300mW.

上述发射天线置入目标对象的自然腔道或者设置于目标对象外部对目标对象进行整体或局部辐照。 The above-mentioned transmitting antenna is placed in the natural cavity of the target object or arranged outside the target object to irradiate the target object in whole or in part.

上述目标对象新陈代谢评估系统设置有血压测试单元、体温测试单元、脉搏测试单元、呼吸测试单元和皮肤阻抗测试单元;当血压增高、心率增加、呼吸变快、血氧饱和度高、皮肤阻抗降低时代表目标对象自主新陈代谢减弱,反之代表目标对象自主新陈代谢提高。 The metabolism evaluation system for the above-mentioned target object is provided with a blood pressure test unit, a body temperature test unit, a pulse test unit, a breath test unit and a skin impedance test unit; It means that the autonomous metabolism of the target object is weakened, and vice versa, it means that the autonomous metabolism of the target object is increased.

上述血压测试单元设置有血压传感器、血压信号放大器、血压滤波器、血压A/D转换器、血压信息处理器和血压显示器; The blood pressure testing unit is provided with a blood pressure sensor, a blood pressure signal amplifier, a blood pressure filter, a blood pressure A/D converter, a blood pressure information processor and a blood pressure display;

所述血压传感器的输出端与所述血压信号放大器的输入端连接,所述血压信号放大器的输出端与所述血压滤波器的输入端连接,所述血压滤波器的输出端与所述血压A/D转换器的输入端连接,所述血压A/D转换器的输出端与所述血压信息处理器的输入端连接,所述血压信息处理器的输出端与所述血压显示器的输入端连接; The output end of the blood pressure sensor is connected to the input end of the blood pressure signal amplifier, the output end of the blood pressure signal amplifier is connected to the input end of the blood pressure filter, and the output end of the blood pressure filter is connected to the blood pressure A The input end of the /D converter is connected, the output end of the blood pressure A/D converter is connected to the input end of the blood pressure information processor, and the output end of the blood pressure information processor is connected to the input end of the blood pressure display ;

所述血压传感器测得目标对象的血压值,并通过所述血压信号放大器进行放大,然后由所述血压滤波器进行滤波处理后,通过所述血压A/D转换器转换成数字信号,输入至所述血压信息处理器,经所述血压信息处理器处理后由所述血压显示器进行显示; The blood pressure sensor measures the blood pressure value of the target subject, and amplifies it through the blood pressure signal amplifier, and then filters it through the blood pressure filter, converts it into a digital signal through the blood pressure A/D converter, and inputs it to The blood pressure information processor, after being processed by the blood pressure information processor, is displayed by the blood pressure display;

所述体温测试单元设置有温度传感器、前置放大电路、体温滤波器、增益放大器、体温A/D转换器、体温处理器和体温显示器; The body temperature testing unit is provided with a temperature sensor, a preamplifier circuit, a body temperature filter, a gain amplifier, a body temperature A/D converter, a body temperature processor and a body temperature display;

所述温度传感器的输出端与所述前置放大电路的输入端连接,所述前置放大电路的输出端与所述体温滤波器的输入端连接,所述体温滤波器的输出端与所述增益放大器的输入端连接,所述增益放大器的输出端与所述体温A/D转换器的输入端连接,所述体温A/D转换器的输出端与所述体温显示器的输入端连接; The output end of the temperature sensor is connected to the input end of the preamplifier circuit, the output end of the preamplifier circuit is connected to the input end of the body temperature filter, and the output end of the body temperature filter is connected to the input end of the body temperature filter. The input end of the gain amplifier is connected, the output end of the gain amplifier is connected with the input end of the body temperature A/D converter, and the output end of the body temperature A/D converter is connected with the input end of the body temperature display;

所述温度传感器探测目标对象的体温信息,将所探测的体温信息输入至所述前置放大器进行信号放大,经所述体温滤波器进行滤波处理后,再由所述增益放大器进行增益放大,经所述增益放大处理后的信号输入至所述体温A/D转换器转换成数字信号,输入所述体温处理器,经所述体温处理器处理后由所述体温显示器进行显示; The temperature sensor detects the body temperature information of the target object, and the detected body temperature information is input to the preamplifier for signal amplification, and after filtering by the body temperature filter, the gain amplification is performed by the gain amplifier. The signal after the gain amplification processing is input to the body temperature A/D converter to be converted into a digital signal, input to the body temperature processor, and displayed by the body temperature display after being processed by the body temperature processor;

所述脉搏测试单元设置有脉搏传感器、脉搏信号放大器、脉搏处理器和脉搏显示器; The pulse test unit is provided with a pulse sensor, a pulse signal amplifier, a pulse processor and a pulse display;

所述脉搏传感器的输出端与所述脉搏信号放大器的输入端连接,所述脉搏信号放大器的输出端与所述脉搏处理器的输入端连接,所述脉搏处理器的输出端与所述脉搏显示器的输入端连接; The output end of the pulse sensor is connected to the input end of the pulse signal amplifier, the output end of the pulse signal amplifier is connected to the input end of the pulse processor, and the output end of the pulse processor is connected to the pulse display The input terminal connection;

所述脉搏传感器设置为透射式光电传感器,所述脉搏传感器设置有发光二极管和光敏三极管,被测对象的手指放于所述发光二极管和所述光敏三极管之间,获得的脉搏信号通过所述脉搏传感器输送至所述脉搏信号放大器,经所述脉搏处理器处理后,将血液饱和度信号输送至所述脉搏显示器进行显示; The pulse sensor is set as a transmissive photoelectric sensor, the pulse sensor is provided with a light-emitting diode and a phototransistor, the finger of the measured object is placed between the light-emitting diode and the phototransistor, and the pulse signal obtained passes through the pulse The sensor is sent to the pulse signal amplifier, and after being processed by the pulse processor, the blood saturation signal is sent to the pulse display for display;

所述皮肤阻抗测试单元设置有体表处理器、信号发生器、电流转换电压单元、体表功率放大器、输出探测单元、电流测试单元和电压测试单元; The skin impedance test unit is provided with a body surface processor, a signal generator, a current conversion voltage unit, a body surface power amplifier, an output detection unit, a current test unit and a voltage test unit;

所述体表处理器的输出端与所述信号发生器的输入端连接,所述信号发生器的输出端与所述电流转换电压单元的输入端连接,所述电流转换电压单元的输出端与所述体表功率放大器的输入端连接,所述体表功率放大器的输出端与所述输出探测单元的输入端连接,所述输出探测单元的两个电极分别与目标对象的体表连接;所述电流测试单元、所述电压测试单元检测目标对象的电流、电压并将检测到的信息输入至所述体表处理器,通过所述体表处理器获得目标对象的皮肤阻抗信息。 The output end of the body surface processor is connected to the input end of the signal generator, the output end of the signal generator is connected to the input end of the current conversion voltage unit, and the output end of the current conversion voltage unit is connected to the The input end of the body surface power amplifier is connected, the output end of the body surface power amplifier is connected to the input end of the output detection unit, and the two electrodes of the output detection unit are respectively connected to the body surface of the target object; The current test unit and the voltage test unit detect the current and voltage of the target object and input the detected information to the body surface processor, and obtain the skin impedance information of the target object through the body surface processor.

上述血压传感器的型号设置为NPC1210,所述血压A/D转换器的型号为MAX197,所述血压信息处理器设置为型号为T89S52的单片机; The model of the above-mentioned blood pressure sensor is set to NPC1210, the model of the blood pressure A/D converter is MAX197, and the blood pressure information processor is set to a single-chip microcomputer whose model is T89S52;

所述体温处理器设置为型号AT89C2051的单片机,所述温度传感器的型号为AD590; Described body temperature processor is set to the single-chip microcomputer of model AT89C2051, and the model of described temperature sensor is AD590;

所述体表处理器设置为型号MSP430F149的单片机,所述体表信号发生器的型号为AD9852。  The body surface processor is set as a MSP430F149 microcontroller, and the body surface signal generator is AD9852. the

本发明的一种非电离电磁场激发人体自主代谢的肿瘤治疗设备,设置有控制系统、调幅射频电磁场发生装置和目标对象新陈代谢评估系统;所述调幅射频电磁场发生装置设置有调幅射频电磁场发生器、调幅射频电磁场功率放大器和发射天线;所述控制系统的输出端与所述调幅射频电磁场发生器的输入端连接,所述调幅射频电磁场发生器的输出端与所述调幅射频电磁场功率放大器的输入端连接,所述调幅射频电磁场功率放大器的输出端与所述发射天线连接,所述目标对象新陈代谢评估系统检测置于射频电磁场工作区域内的目标对象的新陈代谢参数,所述目标对象新陈代谢评估系统的输出端与所述控制系统的输入端连接;所述控制系统控制所述调幅射频电磁场发生器的工况,所述调幅射频电磁场发生器发射的电磁场为非电离场,所述调幅射频电磁场发生器发射的信号经所述调幅射频电磁场功率放大器进行信号放大后由所述天线发射至目标对象,所述目标对象新陈代谢评估系统检测置于射频电磁场工作区域内的目标对象的新陈代谢参数并将获取的新陈代谢参数发送至所述控制系统;所述控制系统预先检测目标对象适用的特征频率,然后控制以对目标对象采用特征频率的电磁辐照进行辐照处理,并在辐照处理器的同时对目标对象的实时状况进行监测,判断目标对象的新陈代谢是否得到增强。该设备能够根据目标对象的实际情况,对目标对象以目标对象特征频率的非电离电磁场进行辐照,并即时获取目标对象的新陈代谢参数,能够调动目标对象的自主新陈代谢功能,提高目标对象的生存质量。 A kind of tumor treatment equipment of the present invention that stimulates the human body's autonomous metabolism by non-ionizing electromagnetic field is provided with a control system, an amplitude modulation radio frequency electromagnetic field generating device and a target metabolism evaluation system; the amplitude modulation radio frequency electromagnetic field generating device is provided with an amplitude modulation radio frequency electromagnetic field generator, an amplitude modulation RF electromagnetic field power amplifier and transmitting antenna; the output end of the control system is connected with the input end of the amplitude modulation radio frequency electromagnetic field generator, and the output end of the amplitude modulation radio frequency electromagnetic field generator is connected with the input end of the amplitude modulation radio frequency electromagnetic field power amplifier , the output end of the amplitude-modulated radio frequency electromagnetic field power amplifier is connected to the transmitting antenna, the target object metabolism evaluation system detects the metabolic parameters of the target object placed in the radio frequency electromagnetic field working area, the output end of the target object metabolism evaluation system Connected with the input of the control system; the control system controls the working condition of the amplitude modulation radio frequency electromagnetic field generator, the electromagnetic field emitted by the amplitude modulation radio frequency electromagnetic field generator is a non-ionizing field, and the amplitude modulation radio frequency electromagnetic field generator emits After the signal is amplified by the amplitude-modulated radio frequency electromagnetic field power amplifier, it is transmitted to the target object by the antenna. The target object metabolism evaluation system detects the metabolic parameters of the target object placed in the radio frequency electromagnetic field working area and obtains the metabolic parameters. sent to the control system; the control system pre-detects the applicable characteristic frequency of the target object, and then controls to perform irradiation treatment on the target object using electromagnetic radiation of the characteristic frequency, and simultaneously irradiates the target object Real-time status monitoring to determine whether the metabolism of the target object has been enhanced. According to the actual situation of the target object, the device can irradiate the target object with the non-ionizing electromagnetic field of the target object’s characteristic frequency, and obtain the metabolic parameters of the target object in real time, and can mobilize the autonomous metabolic function of the target object and improve the life quality of the target object .

本发明同时提供非电离电磁场激发人体自主代谢的肿瘤治疗设备在进行肿瘤辅助治疗方面的用途,采用如上述的非电离电磁场激发人体自主代谢的肿瘤治疗设备进行。该设备能够根据目标对象的实际情况,对目标对象以目标对象特征频率的非电离电磁场进行辐照,并即时获取目标对象的新陈代谢参数,能够调动目标对象的自主新陈代谢功能,提高目标对象的生存质量。 At the same time, the present invention provides the use of the tumor treatment equipment for stimulating the human body's autonomous metabolism by the non-ionizing electromagnetic field in adjuvant tumor treatment. According to the actual situation of the target object, the device can irradiate the target object with the non-ionizing electromagnetic field of the target object’s characteristic frequency, and obtain the metabolic parameters of the target object in real time, and can mobilize the autonomous metabolic function of the target object and improve the life quality of the target object .

附图说明 Description of drawings

利用附图对本发明作进一步的说明,但附图中的内容不构成对本发明的任何限制。 The present invention will be further described by using the accompanying drawings, but the content in the accompanying drawings does not constitute any limitation to the present invention.

图1是本发明非电离电磁场激发人体自主代谢的肿瘤治疗设备的结构示意图; Fig. 1 is a structural schematic diagram of a tumor treatment device that stimulates the autonomous metabolism of the human body by a non-ionizing electromagnetic field of the present invention;

图2是调幅射频电磁场发生装置的结构示意图; Fig. 2 is the structural representation of the amplitude modulation radio frequency electromagnetic field generating device;

图3是目标对象自主新陈代谢的判断原理图; Fig. 3 is a principle diagram for judging the autonomous metabolism of the target object;

图4是血压测试单元的结构示意图; Fig. 4 is the structural representation of blood pressure test unit;

图5是体温测试单元的结构示意图; Fig. 5 is the structural representation of body temperature test unit;

图6是脉搏测试单元的结构示意图; Fig. 6 is the structural representation of pulse test unit;

图7是图6的透射式光电传感器的示意图; Fig. 7 is a schematic diagram of the transmissive photoelectric sensor of Fig. 6;

图8是皮肤阻抗测试单元的结构示意图。 Fig. 8 is a schematic structural diagram of a skin impedance testing unit.

在图1至图8中,包括: In Figures 1 to 8, including:

控制系统100、 control system 100,

   处理单元110、控制单元120、接收记录单元130、输出单元140、 Processing unit 110, control unit 120, receiving and recording unit 130, output unit 140,

处理单元的控制输出端112、处理单元的结果输出端114、 The control output 112 of the processing unit, the result output 114 of the processing unit,

调幅射频电磁场发生装置200、 AM radio frequency electromagnetic field generating device 200,

调幅射频电磁场发生器210、 AM radio frequency electromagnetic field generator 210,

   电磁场处理器211、基准射频振荡器212、 Electromagnetic field processor 211, reference radio frequency oscillator 212,

调幅调制波发生器频率合成器213、射频载波发生器214、调幅调制合成器215、 AM modulated wave generator frequency synthesizer 213, RF carrier generator 214, AM modulated synthesizer 215,

调幅调制波发生器频率合成器的第二输入端2132、 The second input terminal 2132 of the amplitude modulation wave generator frequency synthesizer,

调幅射频电磁场功率放大器220、 AM radio frequency electromagnetic field power amplifier 220,

发射天线230、 transmitting antenna 230,

目标对象新陈代谢评估系统300、 Target object metabolism evaluation system 300,

发光二极管310、光敏三极管320、 light emitting diode 310, phototransistor 320,

目标对象400、 target audience 400,

手指500。 Finger 500.

具体实施方式 Detailed ways

下面结合具体的实施例对本发明进行详细描述。 The present invention will be described in detail below in conjunction with specific embodiments.

实施例1。Example 1.

一种非电离电磁场激发人体自主代谢的肿瘤治疗设备,如图1至图8所示,设置有控制系统100、调幅射频电磁场发生装置200和目标对象新陈代谢评估系统300。 A tumor treatment device that stimulates the human body's autonomous metabolism by a non-ionizing electromagnetic field, as shown in FIGS.

调幅射频电磁场发生装置设置有调幅射频电磁场发生器210、调幅射频电磁场功率放大器220和发射天线230。 The AM RF electromagnetic field generating device is provided with an AM RF electromagnetic field generator 210 , an AM RF electromagnetic field power amplifier 220 and a transmitting antenna 230 .

控制系统100的输出端与调幅射频电磁场发生器210的输入端连接,调幅射频电磁场发生器210的输出端与调幅射频电磁场功率放大器220的输入端连接,调幅射频电磁场功率放大器220的输出端与发射天线230连接,目标对象新陈代谢评估系统300的输出端与控制系统100的输入端连接。 The output end of the control system 100 is connected with the input end of the amplitude modulation radio frequency electromagnetic field generator 210, the output end of the amplitude modulation radio frequency electromagnetic field generator 210 is connected with the input end of the amplitude modulation radio frequency electromagnetic field power amplifier 220, the output end of the amplitude modulation radio frequency electromagnetic field power amplifier 220 is connected with the transmitter The antenna 230 is connected, and the output terminal of the target metabolism evaluation system 300 is connected with the input terminal of the control system 100 .

控制系统100控制调幅射频电磁场发生器210的工况,调幅射频电磁场发生器210发射的电磁场为非电离场,调幅射频电磁场发生器210发射的信号经调幅射频电磁场功率放大器进行信号放大后由发射天线发射至目标对象400,目标对象新陈代谢评估系统300检测置于射频电磁场工作区域内的目标对象400的新陈代谢参数并将获取的新陈代谢参数发送至控制系统100。 The control system 100 controls the working condition of the AM radio frequency electromagnetic field generator 210. The electromagnetic field emitted by the AM RF electromagnetic field generator 210 is a non-ionizing field, and the signal emitted by the AM RF electromagnetic field generator 210 is amplified by the AM RF electromagnetic field power amplifier and then transmitted by the transmitter. The antenna transmits to the target object 400 , and the target object metabolism evaluation system 300 detects the metabolic parameters of the target object 400 placed in the radio frequency electromagnetic field working area and sends the obtained metabolic parameters to the control system 100 .

控制系统100预先检测目标对象400适用的特征频率,然后控制以对目标对象400采用特征频率的电磁辐照进行辐照处理,并在辐照处理器的同时对目标对象400的实时状况进行监测,判断目标对象400的新陈代谢是否得到增强。 The control system 100 pre-detects the applicable characteristic frequency of the target object 400, and then controls to perform irradiation processing on the target object 400 using electromagnetic radiation of the characteristic frequency, and monitors the real-time condition of the target object 400 while irradiating the processor, It is judged whether the metabolism of the target object 400 is enhanced.

该非电离电磁场激发人体自主代谢的肿瘤治疗设备,通过控制系统100控制调幅射频电磁场发生装置200以非电离电磁场对目标对象400进行辐射扫描,并通过目标对象新陈代谢评估系统300对目标对象400的新陈代谢参数进行实时监测,可以及时监测目标对象400的新陈代谢情况。非电离电磁场是指电磁波波长在10nm以上,即频率在1015以下的电磁波。该电磁场辐射的能量不能够电离靶目标的原子或分子,也就是说不能把原子或者分子的束缚解脱出来,仅仅能够激励电子改变其所在的能级。通常情况下,辐照的场粒子或者光子的能量小于33电子伏,被认为是非电离的。从电磁波谱的分析看,频率低于紫外光的电磁波都被认为是非电离的,包括射频场;而X射线以及更高频率的电磁波被认为是非电离辐射。非电离场的生物效应,一般包括热效应和非热效应,热效应是指辐照能量累计使受辐照组织的温度发生改变,从而引起该组织的生化特性的变化;非热效应是指生物组织接受到非电离辐射后,虽然没有发生温度变化,但是也发生了不同的生化特性的改变。本发明的非电离电磁场激发人体自主代谢的肿瘤治疗设备利用的就是生物组织受非电离场辐照后产生的非热效应。与非电离场对应的是电离场,主要是指X射线、伽马射线等频率极高、波长极短的电磁波。从电磁波与生物组织作用效果的角度看,非电离电磁场不会引起生物组织产生电离作用;相反,电离辐射会电离人体内的分子或原子,破坏生物组织原有的化学性质和生物功能。 The non-ionizing electromagnetic field excites the tumor treatment equipment of the human body's autonomous metabolism. The control system 100 controls the amplitude-modulated radio-frequency electromagnetic field generator 200 to scan the target object 400 for radiation with the non-ionizing electromagnetic field, and the target object metabolism evaluation system 300 evaluates the metabolism of the target object 400. The parameters are monitored in real time, and the metabolism of the target object 400 can be monitored in time. The non-ionizing electromagnetic field refers to the electromagnetic wave whose wavelength is above 10nm, that is, the frequency is below 10 15 . The energy radiated by the electromagnetic field cannot ionize the atoms or molecules of the target, that is to say, it cannot free the atoms or molecules from the bondage, but can only stimulate electrons to change their energy levels. Typically, irradiated field particles or photons have energies less than 33 eV and are considered non-ionizing. From the analysis of the electromagnetic spectrum, electromagnetic waves with frequencies lower than ultraviolet light are considered non-ionizing, including radio frequency fields; while X-rays and higher frequency electromagnetic waves are considered non-ionizing radiation. The biological effects of non-ionizing fields generally include thermal effects and non-thermal effects. The thermal effect refers to the accumulation of radiation energy that changes the temperature of the irradiated tissue, thereby causing changes in the biochemical properties of the tissue; the non-thermal effect refers to the changes received by biological tissues. After non-ionizing radiation, although no temperature change occurred, different biochemical properties were changed. The tumor treatment device for stimulating the autonomous metabolism of the human body by the non-ionizing electromagnetic field of the present invention utilizes the non-thermal effect produced after the biological tissue is irradiated by the non-ionizing field. Corresponding to the non-ionized field is the ionized field, which mainly refers to electromagnetic waves with extremely high frequencies and extremely short wavelengths such as X-rays and gamma rays. From the perspective of the effect of electromagnetic waves on biological tissues, non-ionizing electromagnetic fields will not cause ionization of biological tissues; on the contrary, ionizing radiation will ionize molecules or atoms in the human body, destroying the original chemical properties and biological functions of biological tissues.

由于本发明改变传统的对肿瘤治疗以辐照对肿瘤组织产生杀伤、强力干预的特点,而是采用肿瘤治疗中摒弃的对人体组织无破坏作用的非电离场进行辐照。通过非电离场辐照产生的非热效应,能够挖掘目标对象400的自主新陈代谢功能,调动目标对象400的整体机体积极对抗肿瘤组织。利用了目标对象400作为活体生物个体的特殊性,通过目标对象400的新陈代谢的增强,提高目标对象400的免疫力,从而实现对肿瘤组织的辅助治疗,能够减轻病人的痛苦,提高患者的生存质量。  Because the present invention changes the characteristics of traditional tumor treatment, which uses radiation to kill tumor tissue and strongly intervene, it adopts the non-ionizing field that has no destructive effect on human tissue, which is abandoned in tumor treatment, to irradiate. Through the non-thermal effect produced by the non-ionizing field irradiation, the autonomous metabolic function of the target object 400 can be excavated, and the whole body of the target object 400 can be mobilized to actively fight against the tumor tissue. Taking advantage of the particularity of the target object 400 as a living organism, through the enhancement of the metabolism of the target object 400, the immunity of the target object 400 is improved, so as to realize the adjuvant treatment of tumor tissue, which can reduce the pain of the patient and improve the quality of life of the patient . the

该非电离电磁场激发人体自主代谢的肿瘤治疗设备,其使用过程是这样的,预先设置好控制系统100的控制程序,控制每次发射的持续时间在几十分钟到几个小时,射频输出功率在300mW以内。在每个射频辐照阶段,先采用较大的步进增量如几百赫兹,在扫描过程中逐步增加脉冲幅度;每当得到目标对象400具有明显的代谢变化是,缩小步长精细扫描,找到目标对象400新陈代谢指标明显超过30%以上时,对应的具体频率点,就是目标对象400个体适合的特定频率。同一个目标对象400的特定频率可能会存在多个,而且每个特定频率点随影的响应可能都不相同,以与目标对象400无刺激时的静息生理指标高出30%以上为准。找到目标对象400对应的特征频率后,采用特征频率的电池场进行辐照,在辐照的同时,目标对象新陈代谢评估系统300对目标对象400进行实时监测,确保辐照有效、目标对象400安全。 The non-ionizing electromagnetic field excites the tumor treatment equipment of the human body's autonomous metabolism. Its use process is as follows. The control program of the control system 100 is set in advance, and the duration of each emission is controlled from tens of minutes to several hours. Within 300mW. In each stage of radio frequency irradiation, a larger step increment, such as several hundred Hz, is first used, and the pulse amplitude is gradually increased during the scanning process; whenever the target object 400 has obvious metabolic changes, the step size is reduced for fine scanning, When the metabolic index of the target object 400 is found to be significantly higher than 30%, the corresponding specific frequency point is the specific frequency suitable for the target object 400 individuals. There may be multiple specific frequencies of the same target object 400 , and the follow-up response of each specific frequency point may be different, whichever is more than 30% higher than the resting physiological index of the target object 400 without stimulation. After the characteristic frequency corresponding to the target object 400 is found, the battery field of the characteristic frequency is used for irradiation. While irradiating, the target object metabolism evaluation system 300 monitors the target object 400 in real time to ensure that the irradiation is effective and the target object 400 is safe.

采用该非电离电磁场激发人体自主新陈代谢的肿瘤治疗设备,在每次进行工作时都可以采用上述的方法进行操作,故能够根据目标对象400每个阶段的实际情况确定特征频率进行有效辐照。因为,目标对象400在不同阶段特别是经过一段时间治疗后可能存在肿瘤组织转移或者变好等情况,此时目标对象400对应的特征频率也有所改变,本发明能够适应目标对象400的实时变化,因此具有精确、灵活、方便的特点。 The tumor treatment equipment that uses the non-ionizing electromagnetic field to stimulate the human body's autonomous metabolism can use the above-mentioned method to operate every time it works, so the characteristic frequency can be determined according to the actual situation of the target object 400 at each stage for effective irradiation. Because the target object 400 may have tumor tissue metastasis or improvement at different stages, especially after a period of treatment, the characteristic frequency corresponding to the target object 400 also changes at this time, the present invention can adapt to the real-time changes of the target object 400, Therefore, it has the characteristics of precision, flexibility and convenience.

具体的,本发明的控制系统100设置有处理单元110、控制单元120、接收记录单元130和输出单元140。 Specifically, the control system 100 of the present invention is provided with a processing unit 110 , a control unit 120 , a receiving and recording unit 130 and an output unit 140 .

处理单元110的控制输出端112与控制单元120的输入端连接,控制单元120的输出端与调幅射频电磁场发生器210的输入端连接,目标对象新陈代谢评估系统300的输出端与接收记录单元130的输入端连接,接收记录单元130的输出端与处理单元110的输入端连接,处理单元110的结果输出端114与输出单元140的输入端连接。 The control output end 112 of the processing unit 110 is connected with the input end of the control unit 120, the output end of the control unit 120 is connected with the input end of the amplitude modulation radio frequency electromagnetic field generator 210, and the output end of the target object metabolism evaluation system 300 is connected with the receiving recording unit 130. The input end is connected, the output end of the receiving and recording unit 130 is connected to the input end of the processing unit 110 , and the result output end 114 of the processing unit 110 is connected to the input end of the output unit 140 .

处理单元110将控制信息输入至控制单元120,由控制单元120输出控制信号至调幅射频电磁场发生器210控制调幅射频发射工况。 The processing unit 110 inputs control information to the control unit 120 , and the control unit 120 outputs control signals to the AM RF electromagnetic field generator 210 to control AM RF transmission conditions.

目标对象新陈代谢评估系统300将所检测的新陈代谢参数输入至接收记录单元130,接收记录单元130将所接收到的目标对象400的新陈代谢参数输入至处理单元110,经处理单元110处理后将处理结果输入至输出单元140。 The target object metabolism evaluation system 300 inputs the detected metabolic parameters to the receiving and recording unit 130, and the receiving and recording unit 130 inputs the received metabolic parameters of the target object 400 to the processing unit 110, and the processing result is input after processing by the processing unit 110. to the output unit 140.

为了确保本发明工作时是以非电离电磁场进行辐照,调幅射频电磁场发生器210产生幅度调制的射频信号,射频信号载频频率为5~50MHz,调制频率为0.01Hz~500KHz,调制深度为50~95%。 In order to ensure that the present invention is irradiated with a non-ionizing electromagnetic field, the amplitude-modulated radio-frequency electromagnetic field generator 210 generates an amplitude-modulated radio-frequency signal, the carrier frequency of the radio-frequency signal is 5-50 MHz, the modulation frequency is 0.01 Hz-500 KHz, and the modulation depth is 50 ~95%.

如图2所示,调幅射频电磁场发生器210设置有电磁场处理器211、基准射频振荡器212、调幅调制波发生器频率合成器213、射频载波发生器214和调幅调制合成器215。 As shown in FIG. 2 , the AM RF electromagnetic field generator 210 is provided with an electromagnetic field processor 211 , a reference RF oscillator 212 , an AM modulation wave generator frequency synthesizer 213 , an RF carrier generator 214 and an AM modulation synthesizer 215 .

电磁场处理器211分别与振荡器基准射频振荡器212、调幅调制波发生器频率合成器213、射频载波发生器214和调幅调制合成器215的输入端连接,基准射频振荡器的输出端与调幅调制波发生器频率合成器213的第二输入端2132连接,调幅调制波发生器频率合成器213的输出端、射频载波发生器214的输出端分别与调幅调制合成器215的输入端连接,调幅调制合成器215的输出端与调幅射频电磁场功率放大器的输入端连接。 Electromagnetic field processor 211 is respectively connected with the input end of oscillator reference radio frequency oscillator 212, AM modulation wave generator frequency synthesizer 213, radio frequency carrier generator 214 and AM modulation synthesizer 215, and the output end of reference RF oscillator is connected with AM modulation The second input end 2132 of the wave generator frequency synthesizer 213 is connected, the output end of the amplitude modulation wave generator frequency synthesizer 213, the output end of the radio frequency carrier generator 214 are respectively connected with the input end of the amplitude modulation modulation synthesizer 215, the amplitude modulation modulation The output terminal of the synthesizer 215 is connected with the input terminal of the amplitude modulated radio frequency electromagnetic field power amplifier.

调幅射频电磁场功率放大器是将得到的调幅调制的射频信号进行功率放大,并通过发射天线230发射作用于目标对象400,调幅射频电磁场功率放大器的输出功率不大于300mW。 The amplitude modulated radio frequency electromagnetic field power amplifier amplifies the power of the obtained amplitude modulated radio frequency signal, and transmits it to the target object 400 through the transmitting antenna 230. The output power of the amplitude modulated radio frequency electromagnetic field power amplifier is not greater than 300mW.

发射天线230置入目标对象400的自然腔道或者设置于目标对象400外部对目标对象400进行整体或局部辐照。发射天线230置入目标对象400的自然腔道时,可以适当降低电磁辐射强度,而当在外部对目标对象400进行整体或局部辐照时,可以适当提高辐照强度。 The transmitting antenna 230 is placed in the natural cavity of the target object 400 or arranged outside the target object 400 to irradiate the target object 400 in whole or in part. When the transmitting antenna 230 is placed in the natural cavity of the target object 400, the electromagnetic radiation intensity can be appropriately reduced, and when the target object 400 is irradiated in whole or in part, the radiation intensity can be appropriately increased.

基准频率振荡器212产生精度为0.01Hz的频率可调的射频信号。该信号输入调幅调制频率合成器213(一般采用直接数字频率合成器213,DDS),合成调制深度可调、调制精度能达到0.01Hz的高精度调幅调制信号,调制信号频率范围一般为0.01Hz~500KHz,该信号与射频载波发生器214产生的5~50MHz的载波合成调制,生成最终的调幅调制射频信号,经过射频功率放大器进行功率放大后,通过射频天线发射输出。输出功率可调,当作用于人体自然腔道内时,一般为300mW,整体或者局部体外辐照时,可以适当提高发射功率。 The reference frequency oscillator 212 generates an adjustable frequency radio frequency signal with an accuracy of 0.01 Hz. The signal is input to the AM modulation frequency synthesizer 213 (generally using a direct digital frequency synthesizer 213, DDS) to synthesize a high-precision AM modulation signal with adjustable modulation depth and modulation accuracy of 0.01 Hz. The frequency range of the modulation signal is generally 0.01 Hz~ 500KHz, the signal is synthesized and modulated with the 5~50MHz carrier generated by the radio frequency carrier generator 214 to generate the final amplitude modulation modulated radio frequency signal, after power amplification by the radio frequency power amplifier, it is transmitted and output through the radio frequency antenna. The output power is adjustable. When it is used in the natural cavity of the human body, it is generally 300mW. When the whole or part of the body is irradiated, the transmission power can be increased appropriately.

目标对象新陈代谢评估系统300设置有血压测试单元、体温测试单元、脉搏测试单元、呼吸测试单元和皮肤阻抗测试单元。当血压增高、心率增加、呼吸变快、血氧饱和度高、皮肤阻抗降低时代表目标对象400自主新陈代谢减弱,反之代表目标对象400自主新陈代谢提高,如图3所示。 The target metabolism evaluation system 300 is provided with a blood pressure test unit, a body temperature test unit, a pulse test unit, a respiration test unit, and a skin impedance test unit. When the blood pressure increases, the heart rate increases, the breathing becomes faster, the blood oxygen saturation is high, and the skin impedance decreases, it means that the target subject 400's autonomous metabolism is weakened, otherwise it means that the target subject 400's autonomous metabolism is increased, as shown in Figure 3 .

如图4所示,血压测试单元设置有血压传感器、血压信号放大器、血压滤波器、血压A/D转换器、血压信息处理器和血压显示器。 As shown in Fig. 4, the blood pressure testing unit is provided with a blood pressure sensor, a blood pressure signal amplifier, a blood pressure filter, a blood pressure A/D converter, a blood pressure information processor and a blood pressure display.

血压传感器的输出端与血压信号放大器的输入端连接,血压信号放大器的输出端与血压滤波器的输入端连接,血压滤波器的输出端与所述血压A/D转换器的输入端连接,血压A/D转换器的输出端与血压信息处理器的输入端连接,血压信息处理器的输出端与血压显示器的输入端连接。 The output end of the blood pressure sensor is connected to the input end of the blood pressure signal amplifier, the output end of the blood pressure signal amplifier is connected to the input end of the blood pressure filter, the output end of the blood pressure filter is connected to the input end of the blood pressure A/D converter, and the blood pressure The output end of the A/D converter is connected with the input end of the blood pressure information processor, and the output end of the blood pressure information processor is connected with the input end of the blood pressure display.

血压传感器测得目标对象400的血压值,并通过血压信号放大器进行放大,然后由血压滤波器进行滤波处理后,通过血压A/D转换器转换成数字信号,输入至血压信息处理器,经血压信息处理器处理后由血压显示器进行显示。 The blood pressure sensor measures the blood pressure value of the target object 400, amplifies it through the blood pressure signal amplifier, and then filters it through the blood pressure filter, converts it into a digital signal through the blood pressure A/D converter, inputs it to the blood pressure information processor, and passes the blood pressure After processing by the information processor, it is displayed by the blood pressure monitor.

如图5所示,体温测试单元设置有温度传感器、前置放大电路、体温滤波器、增益放大器、体温A/D转换器、体温处理器和体温显示器。 As shown in Figure 5, the body temperature testing unit is provided with a temperature sensor, a preamplifier circuit, a body temperature filter, a gain amplifier, a body temperature A/D converter, a body temperature processor and a body temperature display.

温度传感器的输出端与前置放大电路的输入端连接,前置放大电路的输出端与体温滤波器的输入端连接,体温滤波器的输出端与增益放大器的输入端连接,增益放大器的输出端与体温A/D转换器的输入端连接,体温A/D转换器的输出端与体温显示器的输入端连接。 The output end of the temperature sensor is connected with the input end of the preamplifier circuit, the output end of the preamplifier circuit is connected with the input end of the body temperature filter, the output end of the body temperature filter is connected with the input end of the gain amplifier, and the output end of the gain amplifier It is connected with the input end of the body temperature A/D converter, and the output end of the body temperature A/D converter is connected with the input end of the body temperature display.

温度传感器探测目标对象400的体温信息,将所探测的体温信息输入至前置放大器进行信号放大,经体温滤波器进行滤波处理后,再由增益放大器进行增益放大,经增益放大处理后的信号输入至体温A/D转换器转换成数字信号,输入体温处理器,经体温处理器处理后由体温显示器进行显示。 The temperature sensor detects the body temperature information of the target object 400, and the detected body temperature information is input to the preamplifier for signal amplification. After the body temperature filter performs filtering processing, the gain amplifier performs gain amplification, and the signal input after gain amplification processing The digital signal is converted into a digital signal by the body temperature A/D converter, input to the body temperature processor, and displayed by the body temperature display after being processed by the body temperature processor.

如6图所示,脉搏测试单元设置有脉搏传感器、脉搏信号放大器、脉搏处理器和脉搏显示器。 As shown in Figure 6, the pulse test unit is provided with a pulse sensor, a pulse signal amplifier, a pulse processor and a pulse display.

脉搏传感器的输出端与脉搏信号放大器的输入端连接,脉搏信号放大器的输出端与脉搏处理器的输入端连接,脉搏处理器的输出端与脉搏显示器的输入端连接。 The output end of the pulse sensor is connected with the input end of the pulse signal amplifier, the output end of the pulse signal amplifier is connected with the input end of the pulse processor, and the output end of the pulse processor is connected with the input end of the pulse display.

脉搏传感器设置为透射式光电传感器,如图7所示,脉搏传感器设置有发光二极管310和光敏三极管320,被测对象的手指500放于发光二极管310和光敏三极管320之间,获得的脉搏信号通过脉搏传感器输送至脉搏信号放大器,经脉搏处理器处理后,将血液饱和度信号输送至脉搏显示器进行显示。 The pulse sensor is set to a transmissive photoelectric sensor, as shown in Figure 7, the pulse sensor is provided with a light-emitting diode 310 and a phototransistor 320, and the finger 500 of the measured object is placed between the light-emitting diode 310 and the phototransistor 320, and the pulse signal obtained passes through The pulse sensor is sent to the pulse signal amplifier, and after being processed by the pulse processor, the blood saturation signal is sent to the pulse monitor for display.

如图 8所示,皮肤阻抗测试单元设置有体表处理器、信号发生器、电流转换电压单元、体表功率放大器、输出探测单元、电流测试单元和电压测试单元。 As shown in Figure 8, the skin impedance test unit is equipped with a body surface processor, a signal generator, a current conversion voltage unit, a body surface power amplifier, an output detection unit, a current test unit and a voltage test unit.

体表处理器的输出端与信号发生器的输入端连接,信号发生器的输出端与电流转换电压单元的输入端连接,电流转换电压单元的输出端与体表功率放大器的输入端连接,体表功率放大器的输出端与输出探测单元的输入端连接,输出探测单元的两个电极分别与目标对象400的体表连接;电流测试单元、电压测试单元检测目标对象400的电流、电压并将检测到的信息输入至体表处理器,通过体表处理器获得目标对象400的皮肤阻抗信息。 The output end of the body surface processor is connected to the input end of the signal generator, the output end of the signal generator is connected to the input end of the current conversion voltage unit, the output end of the current conversion voltage unit is connected to the input end of the body surface power amplifier, and the body surface power amplifier is connected to the output end of the body surface processor. The output terminal of the meter power amplifier is connected with the input terminal of the output detection unit, and the two electrodes of the output detection unit are respectively connected with the body surface of the target object 400; the current test unit and the voltage test unit detect the current and voltage of the target object 400 and detect The obtained information is input to the body surface processor, and the skin impedance information of the target object 400 is obtained through the body surface processor.

通过目标对象新陈代谢评估系统300可以综合得到目标对象400在辐照下的新陈代谢参数情况,获得血压、呼吸、血氧饱和度、皮肤阻抗等参数,根据这些参数综合评估被测对象的新陈代谢情况,具有精确的特点。 Through the target object metabolism evaluation system 300, the metabolic parameters of the target object 400 under irradiation can be comprehensively obtained, such as blood pressure, respiration, blood oxygen saturation, skin impedance and other parameters can be obtained, and the metabolism of the measured object can be comprehensively evaluated according to these parameters, which has the advantages of precise features.

采用本发明的非电离电磁场激发人体自主代谢的肿瘤治疗设备对患者进行临床治疗,世间发现,通过本设备对肿瘤患者进行辐照,不会损伤病人组织,能够提高患者的新陈代谢,增强患者的免疫力,能够减轻病人的痛苦,提高患者的生存质量。 Use the non-ionizing electromagnetic field of the present invention to stimulate the human body's autonomous metabolism of tumor treatment equipment to clinically treat patients. It has been found in the world that irradiating tumor patients through this equipment will not damage the patient's tissue, can improve the patient's metabolism, and enhance the patient's immunity. It can reduce the suffering of patients and improve the quality of life of patients.

需要说明的是,血压测试单元、体温测试单元、脉搏测试单元、呼吸测试单元和皮肤阻抗测试单元的结构并不局限于本实施例的情况,也可以根据具体需要灵活选择设置,以能够实现相应功能的单元结构皆可。 It should be noted that the structures of the blood pressure test unit, body temperature test unit, pulse test unit, breath test unit and skin impedance test unit are not limited to the situation of this embodiment, and the settings can also be flexibly selected according to specific needs, so as to realize corresponding Any functional unit structure is acceptable.

综上所述,本发明通过非电离场辐照产生的非热效应,能够挖掘目标对象400的自主新陈代谢功能,调动目标对象400的整体机体积极对抗肿瘤组织。利用了目标对象400作为活体生物个体的特殊性,通过目标对象400的新陈代谢的增强,提高目标对象400的免疫力,从而实现对肿瘤组织的辅助治疗,能够减轻病人的痛苦,提高患者的生存质量。  To sum up, the present invention can excavate the autonomous metabolic function of the target object 400 through the non-thermal effect generated by the non-ionizing field irradiation, and mobilize the whole body of the target object 400 to actively fight against the tumor tissue. Taking advantage of the particularity of the target object 400 as a living organism, through the enhancement of the metabolism of the target object 400, the immunity of the target object 400 is improved, so as to realize the adjuvant treatment of tumor tissue, which can reduce the pain of the patient and improve the quality of life of the patient . the

实施例2。Example 2.

一种非电离电磁场激发人体自主代谢的肿瘤治疗设备,其他结构与实施例1相同,不同之处在于,采用如下型号的元器件:血压传感器的型号设置为NPC1210,血压A/D转换器的型号为MAX197,血压信息处理器设置为型号为T89S52的单片机。体温处理器设置为型号AT89C2051的单片机,温度传感器的型号为AD590。体表处理器设置为型号MSP430F149的单片机,体表信号发生器的型号为AD9852。  A tumor treatment device that stimulates the human body's autonomous metabolism by a non-ionizing electromagnetic field. The other structures are the same as in Embodiment 1, except that the following types of components are used: the model of the blood pressure sensor is set to NPC1210, and the model of the blood pressure A/D converter is For MAX197, the blood pressure information processor is set as a single-chip microcomputer model T89S52. The body temperature processor is set as a microcontroller of the model AT89C2051, and the model of the temperature sensor is AD590. The body surface processor is set as a MSP430F149 microcontroller, and the body surface signal generator is AD9852. the

需要说明的是,各种元器件的型号并不仅仅局限于本实施例的情况,也可以选择其他型号,以能够实现相应功能为准。 It should be noted that the models of various components are not limited to those in this embodiment, and other models can also be selected, subject to the ability to realize corresponding functions.

实施例3。Example 3.

非电离电磁场激发人体自主代谢的肿瘤治疗设备在进行肿瘤辅助治疗方面的用途,采用上述实施例1或2的非电离电磁场激发人体自主代谢的肿瘤治疗设备进行。该设备能够根据目标对象的实际情况,对目标对象以目标对象特征频率的非电离电磁场进行辐照,并即时获取目标对象的新陈代谢参数,能够调动目标对象的自主新陈代谢功能,提高目标对象的生存质量。 The use of the tumor treatment device for stimulating the autonomous metabolism of the human body by non-ionizing electromagnetic fields in adjuvant tumor therapy is carried out by using the tumor treatment device for stimulating the autonomous metabolism of the human body by non-ionizing electromagnetic fields in the above-mentioned embodiment 1 or 2. According to the actual situation of the target object, the device can irradiate the target object with the non-ionizing electromagnetic field of the target object’s characteristic frequency, and obtain the metabolic parameters of the target object in real time, and can mobilize the autonomous metabolic function of the target object and improve the life quality of the target object .

最后应当说明的是,以上实施例仅用以说明本发明的技术方案而非对本发明保护范围的限制,尽管参照较佳实施例对本发明作了详细说明,本领域的普通技术人员应当理解,可以对本发明的技术方案进行修改或者等同替换,而不脱离本发明技术方案的实质和范围。 Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention rather than limit the protection scope of the present invention. Although the present invention has been described in detail with reference to the preferred embodiments, those of ordinary skill in the art should understand that Modifications or equivalent replacements are made to the technical solutions of the present invention without departing from the spirit and scope of the technical solutions of the present invention.

Claims (10)

1.一种非电离电磁场激发人体自主代谢的肿瘤治疗设备,其特征在于: 1. A non-ionizing electromagnetic field stimulates the human body's autonomous metabolism of tumor treatment equipment, characterized in that: 设置有控制系统、调幅射频电磁场发生装置和目标对象新陈代谢评估系统; It is equipped with a control system, an amplitude-modulated radio-frequency electromagnetic field generating device, and a target metabolism evaluation system; 所述调幅射频电磁场发生装置设置有调幅射频电磁场发生器、调幅射频电磁场功率放大器和发射天线; The amplitude modulation radio frequency electromagnetic field generating device is provided with an amplitude modulation radio frequency electromagnetic field generator, an amplitude modulation radio frequency electromagnetic field power amplifier and a transmitting antenna; 所述控制系统的输出端与所述调幅射频电磁场发生器的输入端连接,所述调幅射频电磁场发生器的输出端与所述调幅射频电磁场功率放大器的输入端连接,所述调幅射频电磁场功率放大器的输出端与所述发射天线连接,所述目标对象新陈代谢评估系统的输出端与所述控制系统的输入端连接; The output end of the control system is connected with the input end of the amplitude modulation radio frequency electromagnetic field generator, the output end of the amplitude modulation radio frequency electromagnetic field generator is connected with the input end of the amplitude modulation radio frequency electromagnetic field power amplifier, and the amplitude modulation radio frequency electromagnetic field power amplifier The output end of the target object metabolism evaluation system is connected with the input end of the control system; 所述控制系统控制所述调幅射频电磁场发生器的工况,所述调幅射频电磁场发生器发射的电磁场为非电离场,所述调幅射频电磁场发生器发射的信号经所述调幅射频电磁场功率放大器进行信号放大后由所述发射天线发射至目标对象,所述目标对象新陈代谢评估系统检测置于射频电磁场工作区域内的目标对象的新陈代谢参数并将获取的新陈代谢参数发送至所述控制系统; The control system controls the working condition of the AM radio frequency electromagnetic field generator, the electromagnetic field emitted by the AM RF electromagnetic field generator is a non-ionized field, and the signal emitted by the AM RF electromagnetic field generator passes through the AM RF electromagnetic field power amplifier After the signal is amplified, it is transmitted to the target object by the transmitting antenna, and the target object metabolism evaluation system detects the metabolic parameters of the target object placed in the radio frequency electromagnetic field working area and sends the obtained metabolic parameters to the control system; 所述控制系统预先检测目标对象适用的特征频率,并控制以对目标对象采用其特征频率的电磁辐照进行辐照处理,并在辐照处理的同时对目标对象的实时状况进行监测,判断目标对象的新陈代谢是否得到增强。 The control system pre-detects the characteristic frequency applicable to the target object, and controls to perform irradiation treatment on the target object using electromagnetic radiation of its characteristic frequency, and monitors the real-time status of the target object during the irradiation treatment, and judges the target object Whether the subject's metabolism is enhanced. 2.根据权利要求1所述的非电离电磁场激发人体自主代谢的肿瘤治疗设备,其特征在于: 2. The non-ionizing electromagnetic field according to claim 1 stimulates the human body's autonomous metabolism tumor treatment equipment, characterized in that: 所述控制系统设置有处理单元、控制单元、接收记录单元和输出单元; The control system is provided with a processing unit, a control unit, a receiving and recording unit and an output unit; 所述处理单元的控制输出端与所述控制单元的输入端连接,所述控制单元的输出端与所述调幅射频电磁场发生器的输入端连接,所述目标对象新陈代谢评估系统的输出端与所述接收记录单元的输入端连接,所述接收记录单元的输出端与所述处理单元的输入端连接,所述处理单元的结果输出端与所述输出单元的输入端连接; The control output end of the processing unit is connected to the input end of the control unit, the output end of the control unit is connected to the input end of the amplitude modulation radio frequency electromagnetic field generator, and the output end of the target object metabolism evaluation system is connected to the The input end of the receiving recording unit is connected, the output end of the receiving recording unit is connected to the input end of the processing unit, and the result output end of the processing unit is connected to the input end of the output unit; 所述处理单元将控制信息输入至控制单元,由所述控制单元输出控制信号至所述调幅射频电磁场发生器控制调幅射频发射工况; The processing unit inputs the control information to the control unit, and the control unit outputs a control signal to the AM radio frequency electromagnetic field generator to control the AM radio frequency transmission working condition; 所述目标对象新陈代谢评估系统将所检测的新陈代谢参数输入至所述接收记录单元,所述接收记录单元将所接收到的目标对象的新陈代谢参数输入至所述处理单元,经所述处理单元处理后将处理结果输入至所述输出单元。 The target object metabolism evaluation system inputs the detected metabolic parameters to the receiving and recording unit, and the receiving and recording unit inputs the received metabolic parameters of the target object to the processing unit, and after being processed by the processing unit The processing result is input to the output unit. 3.根据权利要求2所述的非电离电磁场激发人体自主代谢的肿瘤治疗设备,其特征在于:所述调幅射频电磁场发生器产生幅度调制的射频信号,所述射频信号载频频率为5~50MHz,调制频率为0.01Hz~500KHz,调制深度为50~95%。 3. The non-ionizing electromagnetic field according to claim 2 stimulates the tumor treatment equipment of the human body's autonomous metabolism, characterized in that: the amplitude-modulated radio-frequency electromagnetic field generator generates an amplitude-modulated radio-frequency signal, and the carrier frequency of the radio-frequency signal is 5 to 50 MHz , the modulation frequency is 0.01Hz~500KHz, and the modulation depth is 50~95%. 4.根据权利要求3所述的非电离电磁场激发人体自主代谢的肿瘤治疗设备,其特征在于:所述调幅射频电磁场发生器设置有电磁场处理器、基准射频振荡器、调幅调制波发生器频率合成器、射频载波发生器和调幅调制合成器; 4. The non-ionizing electromagnetic field according to claim 3 excites the tumor treatment equipment of the human body's autonomous metabolism, characterized in that: the amplitude modulation radio frequency electromagnetic field generator is provided with an electromagnetic field processor, a reference radio frequency oscillator, and an amplitude modulation modulation wave generator frequency synthesis generator, RF carrier generator and AM modulation synthesizer; 所述电磁场处理器分别与所述基准射频振荡器、所述调幅调制波发生器频率合成器、所述射频载波发生器和所述调幅调制合成器的输入端连接,所述基准射频振荡器的输出端与所述调幅调制波发生器频率合成器的第二输入端连接,所述调幅调制波发生器频率合成器的输出端、所述射频载波发生器的输出端分别与所述调幅调制合成器的输入端连接,所述调幅调制合成器的输出端与所述调幅射频电磁场功率放大器的输入端连接。 The electromagnetic field processor is respectively connected to the reference radio frequency oscillator, the frequency synthesizer of the AM modulation wave generator, the radio frequency carrier generator and the input end of the AM modulation synthesizer, and the reference radio frequency oscillator The output end is connected with the second input end of the frequency synthesizer of the AM modulation wave generator, and the output end of the AM modulation wave generator frequency synthesizer and the output end of the RF carrier generator are respectively synthesized with the AM modulation The input end of the AM modulation synthesizer is connected with the input end of the AM modulation radio frequency electromagnetic field power amplifier. 5.根据权利要求1所述的非电离电磁场激发人体自主代谢的肿瘤治疗设备,其特征在于:所述调幅射频电磁场功率放大器的输出功率不大于300mW。 5. The tumor treatment device for stimulating human body's autonomous metabolism by non-ionizing electromagnetic field according to claim 1, characterized in that: the output power of the amplitude-modulated radio frequency electromagnetic field power amplifier is not more than 300mW. 6.根据权利要求1所述的非电离电磁场激发人体自主代谢的肿瘤治疗设备,其特征在于:所述发射天线置入目标对象的自然腔道或者设置于目标对象外部对目标对象进行整体或局部辐照。 6. The tumor treatment device for stimulating human body's autonomous metabolism by non-ionizing electromagnetic field according to claim 1, characterized in that: the transmitting antenna is placed in the natural orifice of the target object or is arranged outside the target object to conduct overall or partial monitoring of the target object. irradiation. 7.根据权利要求至6任意一项所述的非电离电磁场激发人体自主代谢的肿瘤治疗设备,其特征在于:所述目标对象新陈代谢评估系统设置有血压测试单元、体温测试单元、脉搏测试单元、呼吸测试单元和皮肤阻抗测试单元;当血压增高、心率增加、呼吸变快、血氧饱和度高、皮肤阻抗降低时代表目标对象自主新陈代谢减弱,反之代表目标对象自主新陈代谢提高。 7. According to any one of claims to 6, the non-ionizing electromagnetic field stimulates the human body's autonomous metabolism tumor treatment equipment, characterized in that: the target object metabolism evaluation system is provided with a blood pressure test unit, a body temperature test unit, a pulse test unit, Breathing test unit and skin impedance test unit; when blood pressure increases, heart rate increases, breathing becomes faster, blood oxygen saturation is high, and skin impedance decreases, it means that the target's autonomous metabolism is weakened, otherwise it means that the target's autonomous metabolism is improved. 8.根据权利要求7所述的非电离电磁场激发人体自主代谢的肿瘤治疗设备,其特征在于: 8. The non-ionizing electromagnetic field according to claim 7 stimulates the human body's autonomous metabolism tumor treatment equipment, characterized in that: 所述血压测试单元设置有血压传感器、血压信号放大器、血压滤波器、血压A/D转换器、血压信息处理器和血压显示器; The blood pressure testing unit is provided with a blood pressure sensor, a blood pressure signal amplifier, a blood pressure filter, a blood pressure A/D converter, a blood pressure information processor and a blood pressure display; 所述血压传感器的输出端与所述血压信号放大器的输入端连接,所述血压信号放大器的输出端与所述血压滤波器的输入端连接,所述血压滤波器的输出端与所述血压A/D转换器的输入端连接,所述血压A/D转换器的输出端与所述血压信息处理器的输入端连接,所述血压信息处理器的输出端与所述血压显示器的输入端连接; The output end of the blood pressure sensor is connected to the input end of the blood pressure signal amplifier, the output end of the blood pressure signal amplifier is connected to the input end of the blood pressure filter, and the output end of the blood pressure filter is connected to the blood pressure A The input end of the /D converter is connected, the output end of the blood pressure A/D converter is connected to the input end of the blood pressure information processor, and the output end of the blood pressure information processor is connected to the input end of the blood pressure display ; 所述血压传感器测得目标对象的血压值,并通过所述血压信号放大器进行放大,经由所述血压滤波器进行滤波处理后,通过所述血压A/D转换器转换成数字信号,输入至所述血压信息处理器,经所述血压信息处理器处理后由所述血压显示器进行显示; The blood pressure sensor measures the blood pressure value of the target subject, and amplifies it through the blood pressure signal amplifier, and after filtering through the blood pressure filter, converts it into a digital signal through the blood pressure A/D converter, and inputs it to the The blood pressure information processor, which is displayed by the blood pressure display after being processed by the blood pressure information processor; 所述体温测试单元设置有温度传感器、前置放大电路、体温滤波器、增益放大器、体温A/D转换器、体温处理器和体温显示器; The body temperature testing unit is provided with a temperature sensor, a preamplifier circuit, a body temperature filter, a gain amplifier, a body temperature A/D converter, a body temperature processor and a body temperature display; 所述温度传感器的输出端与所述前置放大电路的输入端连接,所述前置放大电路的输出端与所述体温滤波器的输入端连接,所述体温滤波器的输出端与所述增益放大器的输入端连接,所述增益放大器的输出端与所述体温A/D转换器的输入端连接,所述体温A/D转换器的输出端与所述体温显示器的输入端连接; The output end of the temperature sensor is connected to the input end of the preamplifier circuit, the output end of the preamplifier circuit is connected to the input end of the body temperature filter, and the output end of the body temperature filter is connected to the input end of the body temperature filter. The input end of the gain amplifier is connected, the output end of the gain amplifier is connected with the input end of the body temperature A/D converter, and the output end of the body temperature A/D converter is connected with the input end of the body temperature display; 所述温度传感器探测目标对象的体温信息,将所探测的体温信息输入至所述前置放大器进行信号放大,经所述体温滤波器进行滤波处理后,再由所述增益放大器进行增益放大,经所述增益放大处理后的信号输入至所述体温A/D转换器转换成数字信号,输入所述体温处理器,经所述体温处理器处理后由所述体温显示器进行显示; The temperature sensor detects the body temperature information of the target object, and the detected body temperature information is input to the preamplifier for signal amplification, and after filtering by the body temperature filter, the gain amplification is performed by the gain amplifier. The signal after the gain amplification processing is input to the body temperature A/D converter to be converted into a digital signal, input to the body temperature processor, and displayed by the body temperature display after being processed by the body temperature processor; 所述脉搏测试单元设置有脉搏传感器、脉搏信号放大器、脉搏处理器和脉搏显示器; The pulse test unit is provided with a pulse sensor, a pulse signal amplifier, a pulse processor and a pulse display; 所述脉搏传感器的输出端与所述脉搏信号放大器的输入端连接,所述脉搏信号放大器的输出端与所述脉搏处理器的输入端连接,所述脉搏处理器的输出端与所述脉搏显示器的输入端连接; The output end of the pulse sensor is connected to the input end of the pulse signal amplifier, the output end of the pulse signal amplifier is connected to the input end of the pulse processor, and the output end of the pulse processor is connected to the pulse display The input terminal connection; 所述脉搏传感器设置为透射式光电传感器,所述脉搏传感器设置有发光二极管和光敏三极管,被测对象的手指放于所述发光二极管和所述光敏三极管之间,获得的脉搏信号通过所述脉搏传感器输送至所述脉搏信号放大器,经所述脉搏处理器处理后,将血液饱和度信号输送至所述脉搏显示器进行显示; The pulse sensor is set as a transmissive photoelectric sensor, the pulse sensor is provided with a light-emitting diode and a phototransistor, the finger of the measured object is placed between the light-emitting diode and the phototransistor, and the pulse signal obtained passes through the pulse The sensor is sent to the pulse signal amplifier, and after being processed by the pulse processor, the blood saturation signal is sent to the pulse display for display; 所述皮肤阻抗测试单元设置有体表处理器、信号发生器、电流转换电压单元、体表功率放大器、输出探测单元、电流测试单元和电压测试单元; The skin impedance test unit is provided with a body surface processor, a signal generator, a current conversion voltage unit, a body surface power amplifier, an output detection unit, a current test unit and a voltage test unit; 所述体表处理器的输出端与所述信号发生器的输入端连接,所述信号发生器的输出端与所述电流转换电压单元的输入端连接,所述电流转换电压单元的输出端与所述体表功率放大器的输入端连接,所述体表功率放大器的输出端与所述输出探测单元的输入端连接,所述输出探测单元的两个电极分别与目标对象的体表连接;所述电流测试单元、所述电压测试单元分别对应检测目标对象的电流、电压并将检测到的信息输入至所述体表处理器,通过所述体表处理器获得目标对象的皮肤阻抗信息。 The output end of the body surface processor is connected to the input end of the signal generator, the output end of the signal generator is connected to the input end of the current conversion voltage unit, and the output end of the current conversion voltage unit is connected to the The input end of the body surface power amplifier is connected, the output end of the body surface power amplifier is connected to the input end of the output detection unit, and the two electrodes of the output detection unit are respectively connected to the body surface of the target object; The current test unit and the voltage test unit respectively detect the current and voltage of the target object and input the detected information to the body surface processor, and obtain the skin impedance information of the target object through the body surface processor. 9.根据权利要求8所述的非电离电磁场激发人体自主代谢的肿瘤治疗设备,其特征在于: 9. The non-ionizing electromagnetic field according to claim 8 stimulates the human body's autonomous metabolism tumor treatment equipment, characterized in that: 所述血压传感器的型号设置为NPC1210,所述血压A/D转换器的型号为MAX197,所述血压信息处理器设置为型号为T89S52的单片机; The model of the blood pressure sensor is set to NPC1210, the model of the blood pressure A/D converter is MAX197, and the blood pressure information processor is set to a single-chip microcomputer whose model is T89S52; 所述体温处理器设置为型号AT89C2051的单片机,所述温度传感器的型号为AD590; Described body temperature processor is set to the single-chip microcomputer of model AT89C2051, and the model of described temperature sensor is AD590; 所述体表处理器设置为型号MSP430F149的单片机,所述体表信号发生器的型号为AD9852。 The body surface processor is set as a MSP430F149 microcontroller, and the body surface signal generator is AD9852. 10.非电离电磁场激发人体自主代谢的肿瘤治疗设备在进行肿瘤辅助治疗方面的用途,其特征在于:采用如权利要求1至9任意一项所述的非电离电磁场激发人体自主代谢的肿瘤治疗设备进行。 10. The use of non-ionizing electromagnetic fields to stimulate the human body's autonomous metabolism of tumor treatment equipment in adjuvant tumor treatment, characterized in that: the non-ionizing electromagnetic field as described in any one of claims 1 to 9 is used to stimulate the human body's autonomous metabolism of tumor treatment equipment conduct.
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