阅读说明：本技术 影响活组织中的生物过程的装置 (Influence the device of the bioprocess in living tissue ) 是由 P·格莱姆 于 2017-07-21 设计创作，主要内容包括：本发明是针对一种通过将脉动磁场施加于至少一部分组织来影响活组织,特别是人体中的生物序列的装置,所述装置包括用于产生所述脉动磁场的场产生装置(2)和用于致动所述场产生装置(2)的脉冲产生器(1),其中所述脉冲产生器(1)经过设计使得所述脉动磁场由初级脉冲(10)的序列组成,所述初级脉冲的脉冲重复率介于0.01与1000Hz之间,其中所述初级脉冲(10)由多个叠加子脉冲(11)形成,初级脉冲(10)的序列从初级脉冲(10)的第二序列由静止暂停期(13)中断,其中初级脉冲(10)的最大振幅的曲线在静止暂停期(13)开始时具有-∞<mB<-0.1的斜率mB和/或在静止暂停期(13)结束时具有∞>mE>0.1的斜率mE。(The present invention be directed to one kind to influence living tissue by the way that pulsating field is applied at least part tissue, the device of biological sequence especially in human body, described device includes the field generation device (2) for generating the pulsating field and the pulse generator (1) for activating the field generation device (2), wherein the pulse generator (1) is designed such that the pulsating field is made of the sequence of primary pulse (10), the pulse recurrence rate of the primary pulse is between 0.01 and 1000Hz, wherein the primary pulse (10) is formed by multiple superposition subpulses (11), the sequence of primary pulse (10) is interrupted from the second sequence of primary pulse (10) by stationary pause phase (13), wherein the curve of the peak swing of primary pulse (10) is in the stationary pause phase (13 ) when starting slope mB with-∞<mB<-0.1 and/or at the end of stationary pause phase (13) with the slope mE of ∞>mE>0.1.)

1. a kind of influence living tissue, the especially device of the bioprocess in human body are used to for pulsating field being applied to described At least part of tissue, described device include field generation device (2) for generating the pulsating field and for activating The pulse generator (1) of a generation device (2) is stated, wherein the pulse generator (1) is designed such that the pulsating field It is made of the sequence of primary pulse (10), the pulse recurrence rate of the primary pulse is between 0.01 and 1000Hz, wherein institute Primary pulse (10) is stated to be formed by multiple superposition subpulses (11), so that the amplitude curve of primary pulse has with minor function:

Wherein:

The magnetic field amplitude in the primary pulse that y (x)=expression becomes with x；

X=indicates time graph, and wherein x restarts each primary pulse (10) with identical initial value；

A=indicates the parameter for the timing amplitude curve of each primary pulse (10) to be arranged；

B=indicates the number of the subpulse (11)；

C=indicates the factor for the amplitude to be arranged；

D=indicates deviant；

K=indicates the factor for the amplitude of the subpulse (11) to be arranged；

Wherein a, b and c are not equal to 0,

Wherein the primary pulse is combined into pulse group (12,13),

Wherein the stationary pause phase (13) provides between two continuous impulse groups, which is characterized in that the primary pulse (10) The curve of peak swing is when the stationary pause phase (13) starts with-∞ < mB < -0.1 slope mB and/or described quiet Only with the slope mE of ∞ > mE > 0.1 at the end of suspending period (13).

2. device as described in claim 1, which is characterized in that the main pulse described in the region of the stationary pause phase (13) (10) reduction of peak swing reach before the stationary pause phase (13) starts and/or after the pulse group maximum At least the 40% of amplitude, preferably before the stationary pause phase (13) starts and/or after the pulse group maximum The 25% of amplitude, particularly preferably be before the stationary pause phase (13) starts and/or after the pulse group maximum The 15% of amplitude.

3. device as claimed in claim 1 or 2, which is characterized in that described in the region of the stationary pause phase (13) just The reduction of the peak swing of grade pulse (10) reach before the stationary pause phase (13) starts and/or after the pulse group Peak swing at least 40%, preferably before the stationary pause phase (13) starts and/or after the pulse group Peak swing 25%, particularly preferably be before the stationary pause phase (13) starts and/or after the pulse group 15% stationary pause phase of peak swing be at least 0.1 second, preferably 1 second, and be particularly preferred that 3 seconds.

4. device as claimed any one in claims 1 to 3, which is characterized in that the peak swing of the primary pulse (10) Curve kept constant in the region of the stationary pause phase (13).

5. the device as described in one in Claims 1-4, which is characterized in that start when institute in the stationary pause phase (13) State decline duration of the peak swing of primary pulse (10) between the stationary pause phase (13) total duration 1/3 Between 1/4.

6. the device as described in one in claim 1 to 5, which is characterized in that the institute at the end of the stationary pause phase (13) State rising duration of the peak swing of primary pulse (10) between the stationary pause phase (13) total duration 3/4 Between 1/4.

7. the device as described in one in claim 1 to 6, which is characterized in that start when institute in the stationary pause phase (13) State the G-bar mB of the curve of the peak swing of primary pulse (10) at the end of stationary pause phase (13) it is described just The ratio of the G-bar mE of the curve of the peak swing of grade pulse (10) has the value of -1 > mB/mE > -10.

8. the device as described in one in claim 1 to 7, which is characterized in that in the prepulse of the stationary pause phase (13) The frequency of the primary pulse (10) of group extremely exists in the frequency variation of the frequency of the afterpulse group of the stationary pause phase (13) Occur during the stationary pause phase (13).