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CN102872532A - Portable pulse wave-modulating device - Google Patents

Portable pulse wave-modulating device Download PDF

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Publication number
CN102872532A
CN102872532A CN 201110199227 CN201110199227A CN102872532A CN 102872532 A CN102872532 A CN 102872532A CN 201110199227 CN201110199227 CN 201110199227 CN 201110199227 A CN201110199227 A CN 201110199227A CN 102872532 A CN102872532 A CN 102872532A
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fluctuation
unit
parameter
wave
pulse
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CN 201110199227
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Chinese (zh)
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陈崇扬
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陈崇扬
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Abstract

The invention provides a portable pulse wave-modulating device. The device comprises a control module and a two-electrode element, wherein the control module comprises a storage unit, a processing unit and a pulse wave-modulating unit; the storage unit stores a reference fluctuation parameter; the processing unit is electrically connected with the storage unit and used for reading the reference fluctuation parameter and generating a fluctuation compensating and correcting parameter based on the reference fluctuation parameter; the pulse wave-modulating unit is electrically connected with the processing unit and generates a fluctuation compensating and correcting current by modulation based on the fluctuation compensating and correcting parameter; the electrode element is electrically connected with the pulse wave-modulating unit and transfers the fluctuation compensating and correcting current to the body of a user, and because the pulse wave is affected by the fluctuation compensating and correcting current, the fluctuation parameter of the pulse wave approaches the reference fluctuation parameter.

Description

可携式脉波调节装置 Portable pulse adjustment means

技术领域 FIELD

[0001] 本发明关于一种可携式脉波调节装置,特别是指一种利用电流的波动调节人体脉波的可携式脉波调节装置。 [0001] The present invention relates to a portable pulse adjustment means, particularly to a portable adjusted by the current wave of the pulse wave of the pulse wave of the human body adjusting device.

背景技术 Background technique

[0002] 经历了几千年的发展,中国医学是许多前人的智慧结晶与经验传承的结合,而在面对科学的验证时依然能屹立不摇。 [0002] gone through thousands of years of development, Chinese medicine is a combination of the wisdom and experience of many predecessors heritage, and in the face of scientific verification was still able to survive this. 在近代的科学研究中,中医的理论已能逐渐的从科学的角度去解释,也因此造福了更多的人。 In modern science, the theory of Chinese medicine has been able gradually to explain from a scientific point of view, and thus benefit more people.

[0003] 其中,经络系统的应用在中医的领域中尤其重要,不管是在诊断还是治疗,都需要仰赖经络系统。 [0003] where the application of the meridian system is particularly important in the field of traditional Chinese medicine, both in diagnosis or treatment, we need to rely on the meridian system. 以科学的角度来解释,经络系统相当于布满人体全身上下的电路,人体内所有大大小小的信号都需经过经络系统的传导,而神经信号就相当于电流,经络的节点就相当于电路的汇集点;因此,当人体处于焦虑或紧张的状态时,神经信号的传送频率会比较不稳,造成动作迟缓或不受控制;而当人体传送的神经信号强度较弱时,会造成神经信号无法传达的麻痹现象。 Scientific point of view to explain, meridian system equivalent circuit of the human body covered up and down, all the large and small signals in the human body are subject to the meridian conduction system, and the neural signals is equivalent to the current node, the equivalent circuit of the meridian the collection point; therefore, when the body is in a state of anxiety or tension, nerve signal transmission frequency will be relatively unstable, resulting in slow movements or uncontrolled; and when the intensity of nerve signals transmitted by the human body is weak, can cause nerve signals I can not convey the paralysis.

[0004] 然而,血管中也容易受到像是胆固醇之类的物质阻塞,造成血路不顺,同时也会影响到经络系统中神经信号的传递。 [0004] However, it is also susceptible to vascular blockage like substances like cholesterol, resulting trail flow, but also affect the transmission of nerve signals meridian system. 而一般改善的方法是用针灸刺激经络的节点,藉以改善神经信号的传递。 The general approach is to use an improved stimulation of acupuncture meridians node, thereby improving the transmission of nerve signals.

[0005] 一般来说,经络系统中的神经信号传递是属于一种人体的脉波,像脑波是由大脑将所发出的神经信号,藉由经络系统传送到各部位。 [0005] In general, the transmission of nerve signals meridian system is a kind of pulse wave of the human body, like the brain wave signal is emitted from the nerve, by meridian system transmitted by the brain to the various parts. 而根据研究发现,人体的脑波维持在六至十二赫兹时,人体是处于放松状态。 According to the study found that the human brain waves is maintained at six to twelve Hertz, the human body is in a relaxed state.

[0006] 综上所述,本案的发明人认为时有必要开发出一种可以用来调节人体脉波的脉波调解装置,用来帮助人体放松,以及增强脉波的传递能量,使神经信号可顺利的传送至人体各个部位。 [0006] In summary, when there is the need that the present inventors have developed the pulse wave mediation device may be used to adjust the pulse wave of the human body, to help relax the body and to enhance the transfer of energy of the pulse wave, the nerve signal It can be smoothly transferred to various parts of the body.

发明内容 SUMMARY

[0007] 本发明所欲解决的技术问题与目的:综观以上所述,一般用来调解脉波的方式主要是以针灸等方式刺激人体的经络系统,而尚无可用来调节脉波的装置。 Problem to be solved by the invention with the object of the [0007] present: Looking above, the pulse wave is generally used to mediate manner mainly to stimulate acupuncture meridian systems of the body, and no means be used to adjust the pulse wave.

[0008] 为了解决上述问题,本案发明人日前已研发出一种可携式脉波调节装置,其利用一调波单元依据一波动补正参数调制出一波动补正电流,并经由二电极元件传送至人体,藉以将人体的一脉波的一脉波波动参数趋近于一基准波动参数。 [0008] In order to solve the above problems, the present inventors have recently developed a portable pulse wave adjustment means which utilizes a modulated wave fluctuation correcting unit according to a parameter showing a fluctuation compensation current modulation, and transmitted via the element to the second electrode body, whereby a pulse wave to a pulse wave of a human body moving close to a reference parameter fluctuation parameter.

[0009] 本发明解决问题的技术手段: [0009] The present invention for solving the Problem A:

[0010] 本发明为解决公知技术的问题所采用的技术手段是提供一种可携式脉波调节装置,该可携式脉波调节装置包含一控制模块、二电极元件、一发光元件、一脉波感测元件以及一束缚件。 [0010] The technical means of the present invention is to solve the problems of the known art is employed to provide a portable pulse adjustment means, the portable device includes a regulating pulse wave control module, the second electrode member, a light emitting element, a the pulse wave sensing element and a tie.

[0011] 该控制模块包含一储存单元、一处理单元以及一调波单元。 [0011] The control module comprises a storage unit, a processing unit, and a modulated wave unit. 该储存单元储存有一基准波动参数;该处理单元电性连结于该储存单元,用以读取该储存单元储存的该基准波动参数,并据以产生一波动补正参数;该调波单元电性连结于该处理单元,并依据该波动补正参数调制出一波动补正电流。 The storage unit stores a reference fluctuation parameter; the processing unit electrically connected to the storage unit for reading the reference fluctuation parameter stored in the storage unit, and accordingly generates a fluctuation correction parameter; the unit is electrically connected to the modulated wave to the processing unit, and a modulation of current fluctuation correction according to the correction parameter fluctuation. 较佳者,该基准波动参数至少包含一基准频率参数以及一基准强度参数。 Preferably by the reference fluctuation parameter comprises at least one reference frequency parameter and a reference intensity parameter.

[0012] 该二电极元件电性连结于该调波单元,用以接触于一使用者的体表,并将该波动补正电流传送至该使用者的体内,藉以使该使用者的一脉波的一脉波波动参数趋近于该基准波动参数。 [0012] The second electrode member is electrically connected to the modulated wave unit, for contact with the body surface of a user, and transmits the ripple correction current into the body of the user, whereby the user of a pulse of the the parameters of a pulse wave moving close to the reference fluctuation parameter. 该脉波波动参数更包含一脉波频率参数以及一脉波强度参数。 The pulse waveform parameters further comprises a movable pulse frequency parameters and a pulse strength parameters. 在本案较佳实施例中,该二电极元件的材质为导电材料,例如为导电金属或导电高分子,但不限于此。 In this case the preferred embodiment, the material of the second electrode member is a conductive material, such as a conductive metal or a conductive polymer, but is not limited thereto. 且该二电极元件与该使用者的体表间设置有一导电介质,例如为湿棉花或导电硅胶,藉以辅助该波动补正电流传送至该使用者的体内。 The two electrodes and between the element and body of the user is provided with a conductive medium such as conductive silicone or a wet cotton, thereby correcting fluctuation of the secondary current is transferred to the body of the user. 但该二电极元件亦可直接接触该使用者的体表,以将该波动补正电流传送至该使用者的体内。 However, the two electrode elements or directly contacting the user's body, is transmitted to the user's body to the current fluctuation correction.

[0013] 在本案较佳实施例中,该调波单元依据该基准频率参数调制出该波动补正电流,该二电极元件将该波动补正电流传送至该使用者的体内,藉以使该使用者的该脉波的该脉波频率参数趋近于该基准波动参数。 [0013] In this case the preferred embodiment, the means to prepare a modulated wave of the ripple current correction parameter according to the reference frequency, the two electrode elements correcting the current fluctuation is transmitted to the body of the user, whereby the user of the the pulse parameters of the pulse frequency is close to the reference fluctuation parameter.

[0014] 再者,该调波单元亦依据该基准强度参数调制出该波动补正电流,该二电极元件将该波动补正电流传送至该使用者的体内,藉以使该使用者的该脉波的该脉波强度参数趋近于该基准强度参数。 [0014] Further, the modulated wave modulated according to the reference cell is also an intensity parameter of the current fluctuation correction, which transmits the second electrode element fluctuation correction current into the body of the user, whereby the user of the pulse of the the pulse intensity parameter approaches the reference intensity parameter.

[0015] 较佳者,该调波单元更依据该基准频率参数以及该基准强度参数调制出该波动补正电流,该二电极元件将该波动补正电流传送至该使用者的体内,藉以使该使用者的该脉波的该脉波频率参数与该脉波强度参数分别趋近于该基准频率参数与该基准强度参数。 [0015] Preferably by the unit further modulated wave according to the reference frequency parameter and the reference parameter intensity modulation of the ripple current is corrected, the two electrode elements to transmit the current fluctuation correcting the user's body, whereby the use of the the pulse frequency parameters of the pulse wave's strength with the pulse parameters are close to the reference frequency parameter and the reference intensity parameter.

[0016] 上述的发光元件电性连结于该处理元件,并用以投射一光束至该使用者的一脉波节点,使人体吸收该光束的能量而刺激细胞活化,藉以使人体的血管或经脉较为畅通。 [0016] The light-emitting element is electrically connected to the processing element, and for projecting a light beam to a node of the user's pulse, the energy of the beam is absorbed by the body and stimulate cell activation, whereby the body's blood vessel or more meridians smooth. 该脉波节点包含神经节点、血管节点或穴道。 The node comprises a pulse neural nodes, blood vessels acupuncture points or nodes.

[0017] 该脉波感测元件电性连结于该处理单元,用以感测该使用者的该脉波波动参数,并将该脉波波动参数传送至该处理单元,藉以使该处理单元依据该脉波波动参数产生该基准波动参数。 [0017] The pulse wave sensing element is electrically connected to the processing unit, for sensing the user's movement parameters of the pulse waveform and the pulse waveform parameters movable transferred to the processing unit, whereby the processing unit according to the the pulse waveform of the reference parameter generation movable fluctuation parameter.

[0018] 在本案另一较佳实施例中,该可携式脉波调节装置更包含一主机与一束缚件,该主机容置该控制模块,该束缚件连结于该主机。 [0018] In a further preferred embodiment the present case, the portable pulse wave adjustment device further comprises a member to be bound to a host, the host receiving the control module, coupled to the member bound to the host. 较佳者,该主机更具有一第一容置槽、一第二容置槽以及一移动凹槽,且该移动凹槽沿一调整方向可往复移动地设置于该第二容置槽;其中,该二电极元件分别设置于该第一容置槽与该移动凹槽。 Preferably by the host further having a first accommodating groove, a second groove, and a move receiving recess, and the recess can be moved reciprocally movably disposed in the receiving groove in a second adjustment direction; wherein the two electrodes are respectively disposed on the first element receiving recess groove with the mobile.

[0019] 本发明对照先前技术的功效:从以上述可知,由于在本发明所提供的一种可携式脉波调节装置,利用一调波单元调制出一波动补正电流,并经由二电极元件传送至一使用者的体内;因此,使用者体内的一脉波可以藉由波动补正电流的补正调整,使脉波的脉波波动参数趋近于一基准波动参数;以及,利用一发光元件投射一光束至该使用者的一脉波节点,使人体吸收该光束的能量而刺激细胞活化,藉以使人体的血管或经脉较为畅通。 [0019] Control effect of the present invention prior art: seen from the above, since a portable pulse wave according to the present invention is provided adjustment means, a modulated wave using the modulation unit a correcting current fluctuation, and via the second electrode member transferred into the body of a user; Thus, a pulse body of the user may be corrected by adjusting the current fluctuation correcting the pulse wave of the pulse wave parameters movable close to a reference fluctuation parameter; and a light emitting element using a projection a pulse light beam to a node of the user, the energy of the beam is absorbed by the body to stimulate cell activation, whereby the body's meridians or more vascular smooth.

[0020] 此外,由于本发明的可携式脉波调节装置更包含一脉波感测元件,用以感测使用者的脉波波动参数,并藉由一处理单元依据脉波感测元件感测的脉波波动参数产生一相对于该脉波波动参数稳定的基准波动参数,藉以使调波单元据以调制出波动补正电流;因此,使用者体内的脉波可以藉由波动补正电流的补正调整,使脉波的脉波波动参数趋近于基准波动参数。 [0020] Further, since the pulse wave according to the present invention the portable device further comprises adjusting a pulse sensing element for sensing a user's pulse waveform dynamic parameters, and by a processing unit based on the pulse wave sensing elements pulse wave measured dynamic parameter generating a pulse waveform with respect to the dynamic stability of the reference parameter fluctuation parameter, whereby the modulation wave modulation unit according to the fluctuation correction current; Thus, the user can be corrected in vivo by pulse wave fluctuation correction current adjusting the pulse wave of the pulse wave parameters close to the reference dynamic fluctuation parameter. [0021] 显而见之,本发明所提供的可携式脉波调节装置,不仅可以藉由波动补正电流调整使用者的脉波,使使用者更为放松而达到情绪的稳定,更可以利用光线的照射刺激细胞活化。 [0021] See apparent, the portable pulse adjusting means according to the present invention is provided not only by the user to adjust the current fluctuation corrected pulse wave, so that the user to achieve a more relaxed mood stabilizing, and more may be utilized stimulation of cell activation light irradiation.

[0022] 以下结合附图和具体实施例对本发明进行详细描述,但不作为对本发明的限定。 [0022] The following embodiments in conjunction with accompanying drawings and specific embodiments of the present invention will be described in detail, but do not limit the present invention.

附图说明 BRIEF DESCRIPTION

[0023] 图I显示本发明较佳实施例的可携式脉波调节装置的外观示意图; [0023] FIG I shows the appearance of the pulse wave diagram illustrating a portable device according the preferred embodiment of the present invention is adjusted;

[0024] 图2显示本发明较佳实施例的可携式脉波调节装置的电路方框图; [0024] FIG. 2 shows a circuit block diagram of the portable pulse wave apparatus of the preferred embodiment of the present invention is adjusted;

[0025] 图3显示本发明较佳实施例的可携式脉波调节装置的使用状态示意图; [0026] 图4显示本发明较佳实施例的可携式脉波调节装置的使用状态剖面示意图; [0025] FIG. 3 shows a schematic view of a portable device using the status of preferred embodiments of the pulse wave of the present invention is adjusted; [0026] FIG. 4 shows the use state of the portable pulse wave a preferred embodiment of the present invention is a cross-sectional schematic view of the adjusting device ;

[0027] 图5显示本发明较佳实施例的可携式脉波调节装置的脉波调节示意图; [0027] FIG. 5 shows the pulse wave of the pulse wave apparatus of the preferred embodiment of a portable embodiment of the present invention modulating a schematic view;

[0028] 图6显示本发明较佳实施例的可携式脉波调节装置的脉波调节示意图; [0028] FIG. 6 shows the portable pulse wave of the pulse wave apparatus of the preferred embodiment of the present invention modulating a schematic view;

[0029] 图7显示本发明较佳实施例的可携式脉波调节装置的脉波调节示意图; [0029] FIG. 7 shows a portable pulse wave of the pulse wave apparatus of the preferred embodiment of the present invention modulating a schematic view;

[0030] 图8显示本发明较佳实施例的可携式脉波调节装置的脉波调节示意图; [0030] FIG. 8 shows the pulse wave of the pulse wave apparatus of the preferred embodiment of a portable embodiment of the present invention modulating a schematic view;

[0031] 图9显示本发明另一较佳实施例的可携式脉波调节装置的立体示意图;以及 [0031] FIG. 9 shows a perspective view of the present invention, another preferred embodiment of a portable pulse adjustment means; and

[0032] 图10显示本发明另一较佳实施例的可携式脉波调节装置的另一视角的立体示意图。 [0032] Figure 10 shows another perspective view of the present invention from another aspect of the apparatus of the preferred embodiment of a portable pulse wave adjustment.

[0033] 其中,附图标记 [0033] wherein reference numerals

[0034] 100、100' 可携式脉波调节装置 [0034] 100, 100 'of the portable pulse adjustment means

[0035] 200 手臂 [0035] 200 arm

[0036] 300 导电介质 [0036] 300 conductive medium

[0037] I、I' 主机 [0037] I, I 'host

[0038] 11 第一容置槽 [0038] The first receiving groove 11

[0039] 12 第二容置槽 [0039] The second receiving groove 12

[0040] 13 移动凹槽 [0040] 13 moving grooves

[0041] 14 调整元件 [0041] The adjusting element 14

[0042] 2 操作界面 [0042] 2 interface

[0043] 21 显示屏幕 [0043] 21 display screens

[0044] 22 按键组 [0044] The key group 22

[0045] 3 控制模块 [0045] The control module 3

[0046] 31 储存单元 [0046] The storage unit 31

[0047] 32 处理单元 [0047] The processing unit 32

[0048] 33 调波单元 [0048] 33 a modulated wave unit

[0049] 4 电极模块 [0049] The electrode module 4

[0050] 41、41'、42、42' 电极元件 [0050] 41, 41 ', 42, 42' an electrode member

[0051] 5、51、52、53 发光元件 [0051] The light emitting element 5,51,52,53

[0052] 6 束缚件 [0052] 6 leash

[0053] 7 脉波感测元件 [0053] The pulse wave sensing element 7

[0054] Cff 校正波[0055] MWl 初始脉波 [0054] Cff correction wave [0055] MWl initial pulse

[0056] MW2 补正脉波 [0056] MW2 correction pulse

[0057] Sff 标准波 [0057] Sff standing wave

[0058] Off 相对稳定波 [0058] Off relatively stable wave

具体实施方式 detailed description

[0059] 下面结合附图和具体实施例对本发明技术方案进行详细的描述,以更进一步了解本发明的目的、方案及功效,但并非作为本发明所附权利要求保护范围的限制。 [0059] Examples of the techniques and specific embodiments of the invention described in detail, in order to further understand the objects, solutions and the efficacy of the present invention, but not as claimed in the appended claims scope of the present invention below with reference limits.

[0060] 本发明所提供的可携式脉波调节装置,可广泛运用于调节人体体内的脉波,特别是在脉波波形不稳时,可以稳定脉波,以及在脉波能量较低时,可提高脉波的能量。 [0060] The portable pulse wave according to the present invention is provided adjustment means adjusting the pulse wave can be widely used in the human body, especially unstable when the pulse waveform, the pulse wave can be stabilized, as well as at low pulse energy , pulse energy can be increased. 由于脉波的波形不胜枚举,致使本发明所提供的可携式脉波调节装置可依照各种波形而加以调·节,故在此不再一一赘述,仅列举其中一个较佳实施例来加以具体说明。 Since the waveform of the pulse wave are numerous, so that the portable pulse wave according to the present invention provides the adjustment means may be adjusted in accordance with Section various waveforms, thus will not be detailed herein, which include only a preferred embodiment to be specific instructions.

[0061] 请参阅图I与图2,图I显示本发明较佳实施例的可携式脉波调节装置的外观示意图;图2显示本发明较佳实施例的可携式脉波调节装置的电路方框图。 [0061] Referring to FIGS. I and 2, FIG I shows the appearance of the pulse wave diagram illustrating a portable device according the preferred embodiment of the present invention to modulate embodiment; FIG. 2 shows a preferred embodiment of a portable pulse conditioning apparatus of the present invention, a circuit block diagram. 如图所示,一可携式脉波调节装置100包含一主机I、一操作界面2、一控制模块3、一电极模块4、二发光兀件5、一束缚件6以及一脉波感测元件7。 A portable pulse wave shown in FIG adjusting apparatus 100 comprises a host I, a user interface 2, a control module 3, a module 4 electrodes, Wu second light emitting member 5, a 6 and a tie pulse wave sensing element 7. 该操作界面2包含一显示屏幕21、一按键组22。 The user interface 2 includes a display screen 21, a key set 22. 该显示屏幕21设置于该主机I的顶面,用以显示该可携式脉波调节装置100的操作状态。 The display screen 21 is provided on the top surface of the host I, the apparatus 100 for displaying the operation state of the portable pulse adjustment. 该按键组22设置于该主机I的顶面,供使用者进行操作。 The button group 22 provided on the top surface of the host I, for the user to operate.

[0062] 该控制模块3设置于该主机I内,并且包含一储存单元31、一处理单元32以及一调波单元33。 [0062] The control module 3 is disposed in the host I, and comprises a storage unit 31, a processing unit 32 and a modulation wave unit 33. 该储存单元31储存有一基准波动参数。 The storage unit 31 stores a reference fluctuation parameter. 该处理单元32电性连结于该显示屏幕21、该按键组22以及该储存单元31,且该处理单元32用以读取该储存单元31储存的该基准波动参数,并据以产生一波动补正参数。 The processing unit 32 is electrically coupled to the display screen 21, the button set 22 and the storage unit 31, and the processing unit 32 for reading the reference fluctuation parameter stored in the storage unit 31, and accordingly generate a fluctuation correction parameter. 该调波单元33电性连结于该处理单元32,并依据该波动补正参数调制出一波动补正电流。 The modulated wave 33 is electrically connected to the cell processing unit 32, and a modulation of current fluctuation correction according to the correction parameter fluctuation.

[0063] 该电极模块4连结于该主机I,且该电极模块4更包含二电极元件41、42,该二电极元件41、42电性连结于该调波单元33,用以接触于使用者的体表,藉以利用该波动补正电流传送至使用者体内,使人体内的一脉波受到该波动补正电流的作用,进而使该脉波的一脉波波动参数趋近于该基准波动参数。 [0063] The electrode 4 is connected to the host module I, and the electrode module 4 further comprises two electrode elements 41, 42, 41 and 42 electrically connected to the second electrode of the modulation wave element unit 33 for contact with a user body surface, thereby utilizing the fluctuation correction current sent to the user body, makes the body is subjected to a pulse current of the ripple correction, thereby enabling a pulse wave of the pulse wave parameters close to the reference dynamic fluctuation parameter.

[0064] 该二发光元件5设置于该电极模块4,并电性连结于该处理单元32,该二发光元件5用以分别投射一光束(图未示)至人体的一脉波节点(图未示),使人体吸收该光束的能量而刺激细胞活化,藉以使人体的血管与经脉较为畅通。 [0064] The second light emitting element 5 is provided on the electrode module 4, and electrically connected to the processing unit 32, the two light emitting element 5 for respectively projecting a light beam (not shown) to a node of the pulse wave of the human body (FIG. not shown), the energy of the beam is absorbed by the body and stimulate cell activation, whereby the body's meridians and more vascular smooth. 该脉波节点可以为神经节点、血管节点或穴道。 The pulse may be a node node nerves, blood vessels acupuncture points or nodes.

[0065] 该束缚件6固接于该主机1,并用以将该主机I固定于一手臂200。 [0065] The bound member 6 fixed to the host 1, the host I and to a fixed arm 200. 该脉波感测元件7设置于该束缚件6内,并电性连结于该处理单元32,该脉波感测元件7用以感测使用者的该脉波波动参数,并将该脉波波动参数传送至该处理单元32,藉以使该处理单元32依据该脉波波动参数产生一相对于该脉波波动参数稳定的基准波动参数。 The pulse wave sensing element 7 is disposed in the tie 6, and electrically connected to the processing unit 32, the pulse wave sensing element 7 for sensing the user's motion pulse waveform parameters, and the pulse fluctuation parameter transmitted to the processing unit 32, thereby making the processing unit 32 according to a fluctuation parameter with the reference parameter generation pulse waveform for the movable actuator parameters stable pulse waveform.

[0066] 请参阅图3与图4,图3显示本发明较佳实施例的可携式脉波调节装置的使用状态示意图;图4显示本发明较佳实施例的可携式脉波调节装置的使用状态剖面示意图。 [0066] Please refer to FIG. 3 and FIG. 4, FIG. 3 shows a schematic view of a portable pulse wave state of use of the present invention, the preferred embodiment of the adjusting device; FIG. 4 shows a preferred embodiment of a portable pulse wave conditioning apparatus of the present invention schematic cross-sectional state of use. 如图所示,该束缚件6将该主机I固定于该手臂200,该二电极元件4插置于该主机I与该手臂200间的空隙,并在该手臂200与该二电极元件4之间分别设置有一导电介质300,藉以辅助该波动补正电流传送至该手臂200。 As shown in FIG, 6 which tie the host I fixed to the arm 200, the second electrode element 4 of the host I gap interposed between the arm 200 and the arm 200 and the electrode element 4 of the two It is provided between a conductive medium 300, thereby correcting the fluctuation of the secondary current is transmitted to the arm 200. 在其他实施例中,该二电极元件4亦可直接接触该手臂200。 In other embodiments, the second electrode element 4 in contact with the arm 200 or directly.

[0067] 请参阅图5,图5显示本发明较佳实施例的可携式脉波调节装置的脉波调节示意图。 [0067] Referring to FIG. 5, FIG. 5 shows the pulse wave of the pulse wave apparatus of the preferred embodiment of a portable embodiment of the present invention modulating FIG. 如图所示,使用者控制该处理单元32依据该储存单元31储存的该基准波动参数的一基准频率参数产生该波动补正参数,并将该波动补正参数传送至该调波单元33。 As shown, the user controls the processing unit 32 generates a correction parameter based on a fluctuation of the reference parameter of the reference frequency of the fluctuation parameter stored in the storage unit 31, and the ripple correction parameter modulated wave transmitted to the unit 33. 该调波单元33依据该波动补正参数调制出该具有一校正波CW的波动补正电流,并藉由该二电极元件4传送至人体。 The modulated wave unit 33 according to the fluctuation correction parameter having a modulation of the current correction of fluctuation correcting wave CW and by transmitting the second electrode 4 to the body member. 该脉波的一初始脉波MWl受到该校正波CW的补正而形成一补正脉波MW2,藉以使该经校正的补正脉波MW2的频率较趋近于一标准波SW的频率。 MWl an initial pulse of the pulse wave is corrected by the correction CW to form a correction pulse MW2, whereby the pulse frequency correction MW2 than the corrected frequency close to a standing wave SW.

[0068] 请参阅图6,图6显示本发明较佳实施例的可携式脉波调节装置的脉波调节示意图。 [0068] Referring to FIG. 6, FIG. 6 shows the portable pulse wave of the pulse wave apparatus of the preferred embodiment of the present invention modulating FIG. 如图所示,使用者控制该处理单元32依据该储存单元31储存的该基准波动参数的该基准强度参数产生该波动补正参数,并将该波动补正参数传送至该调波单元33。 As shown, the user controls the processing unit 32 generates the ripple correction parameter according to the reference parameter of the reference intensity fluctuation parameter stored in the storage unit 31, and the ripple correction parameter modulated wave transmitted to the unit 33. 该调波单元33依据该波动补正参数调制出该具有该校正波CW的波动补正电流,并藉由该二电极元件4传送至人体。 The modulated wave correcting unit 33 according to the fluctuation of the parameters of the modulation wave having the corrected current fluctuation correction CW and by transmitting the second electrode 4 to the body member. 藉以提供该脉波的该初始脉波MWl受到该校正波CW的能量,进而形成该补正脉波丽2。 The initial pulse MWl thereby providing the pulse wave is corrected by the CW energy, thereby forming the correction pulse Bolero 2.

[0069] 请参阅图7,图7显示本发明较佳实施例的可携式脉波调节装置的脉波调节示意图。 [0069] Referring to FIG. 7, FIG. 7 shows a portable pulse wave of the pulse wave of the preferred embodiment of the present invention, the adjusting means adjusting FIG. 如图所示,使用者控制该处理单元32依据该储存单元31储存的该基准波动参数的一基准频率参数产生该波动补正参数,并将该波动补正参数传送至该调波单元33。 As shown, the user controls the processing unit 32 generates a correction parameter based on a fluctuation of the reference parameter of the reference frequency of the fluctuation parameter stored in the storage unit 31, and the ripple correction parameter modulated wave transmitted to the unit 33. 该调波单元33依据该波动补正参数调制出该具有该校正波CW的波动补正电流,并藉由该二电极元件4传送至人体。 The modulated wave correcting unit 33 according to the fluctuation of the parameters of the modulation wave having the corrected current fluctuation correction CW and by transmitting the second electrode 4 to the body member. 该脉波的该初始脉波MWl受到该校正波CW的补正而形成该补正脉波MW2,藉以使该经校正的补正脉波MW2的频率与强度较趋近于该标准波SW的频率与强度。 The initial pulse of the pulse wave MWl corrected by the correction wave CW is formed MW2 this correction pulse, whereby the frequency and the intensity of the corrected pulse wave MW2 corrected relatively close to the frequency and intensity of the standing wave SW .

[0070] 请参阅图8,图8显示本发明较佳实施例的可携式脉波调节装置的脉波调节示意图。 [0070] Referring to FIG. 8, FIG. 8 shows the portable pulse wave of the pulse wave of the preferred embodiment of the present invention, the adjusting means adjusting FIG. 如图所示,使用者控制该处理单元32依据该基准波动参数产生该波动补正参数,并将该波动补正参数传送至该调波单元33。 As shown, the user controls the processing unit 32 generates the ripple correction parameter according to the reference fluctuation parameter and the correction parameter fluctuation modulated wave transmitted to the unit 33. 该调波单元33依据该波动补正参数调制出该具有该校正波CW的波动补正电流,并藉由该二电极元件4传送至人体。 The modulated wave correcting unit 33 according to the fluctuation of the parameters of the modulation wave having the corrected current fluctuation correction CW and by transmitting the second electrode 4 to the body member. 该脉波的该初始脉波Mffl受到该校正波CW的补正而形成该补正脉波丽2,藉以使该经校正的补正脉波丽2的频率与强度更趋近于一相对稳定波OW的频率与强度。 The initial pulse of the pulse wave Mffl corrected by the correction CW wave form of the correction pulse Poly 2, whereby the correction of the corrected clock frequency and the intensity of Poly 2 is more close to a relatively stable wave of OW the frequency and intensity.

[0071] 上述实施例仅说明本发明的主要精神,然而本发明可以具有多种实施方式。 [0071] The above-described embodiments merely illustrate the spirit of the present invention is primarily, but the present invention may have various embodiments. 请参阅图9与图10,图9显示本发明另一较佳实施例的可携式脉波调节装置的立体示意图;图10显示本发明另一较佳实施例的可携式脉波调节装置的另一视角的立体示意图。 Refer to FIG. 9 and FIG. 10, FIG. 9 shows a perspective schematic view of another apparatus according to the present invention, the preferred embodiment of a portable pulse wave adjustment; FIG. 10 shows the portable pulse wave according to another preferred embodiment of the adjustment device perspective view of another view. 如图所示,一可携式脉波调节装置100'与该可携式脉波调节装置100的差异仅在于:一主机I'更具有一第一容置槽11、一第二容置槽12、一移动凹槽13以及一调整元件14,该移动凹槽13沿一调整方向R可往复移动地设置于该第二容置槽12,该调整元件14连结于该移动凹槽13,以供使用者控制该移动凹槽13沿该调整方向R移动到不同位置。 As illustrated, a portable pulse wave-conditioning apparatus 100 'difference adjusting device 100 and the portable pulse comprising only: a host I' 11 more, a second receiving groove receiving a first groove 12, a moving groove 13 and an adjusting member 14, the recess 13 moves in a direction R to adjust reciprocally movably disposed in the second receiving groove 12, the adjusting member 14 is connected to the moving groove 13, to for the user to control the movement of the recess 13 in the adjustment direction R to a different location.

[0072] —电极元件41'设置于该第一容置槽11,一电极元件42'设置于该移动凹槽13。 [0072] - electrode member 41 'is disposed in the first receiving groove 11, an electrode member 42' is disposed in the recess 13 moves. 一发光元件51沿该调整方向R可往复移动地设置于该第二容置槽12,二发光元件52、53设置于该主机I'的背面。 A light emitting element 52, 53 is provided to the host 51 I 'of the back surface adjustment in the direction R may be provided at 12 to reciprocate, the second light emitting element of the second receiving groove. 其中,该可携式脉波调节装置100'可依据使用者的需求控制该调整元件14,以调整该电极元件41'与该电极元件42'的间距,进而投射该光束至人体的一脉波节点。 Wherein the portable pulse wave-conditioning apparatus 100 'of the adjustment element 14 may be controlled according to user requirements, to adjust the electrode elements 41' to the electrode spacing 42 'element, and further projecting said light beam to a pulse of the human body node. 在本实施例中,该可携式脉波调节装置100'是将该电极元件41'、42'整合在该主机I'中,对于使用者更为便利。 In the present embodiment, the portable pulse wave-conditioning apparatus 100 'is the electrode elements 41', 42 'integrated in the host I', the more convenient for the user. [0073] 举凡在所属技术领域中具有通常知识者,在阅读本发明所揭露的技术,应该都能理解,由于本发明的可携式脉波调节装置,是利用该二电极元件将该调波单元依据该波动补正参数所调制出的该波动补正电流传送至使用者的体内,并使该脉波波动参数趋近于该基准波动参数;因此,本发明能使人体的脉波较为和谐的振动进而使使用者更为放松;并在人体的脉波的强度较低时,增强脉波的能量,藉以使人体的脉波传送更为顺畅。 [0073] Whether it having ordinary knowledge in the art, the disclosed art reading this disclosure, should be able to be understood that, since the portable pulse conditioning apparatus according to the present invention, the two electrode elements using the modulated wave according to the fluctuation correction unit transmits the modulation of the parameter fluctuation correcting current to the body of the user, and dynamic parameters of the pulse waveform close to the reference fluctuation parameter; Accordingly, the present invention enables a more harmonious human pulse wave vibration thereby enabling the user to relax more; and at lower intensity of the pulse wave of a human body, enhancing the energy pulse, whereby the pulse transmitting body more smoothly.

[0074] 接着,由于本发明的可携式脉波调节装置更设有发光元件,使人体的脉波在受到波动补正电流的调整时,同时还能因光束照射在脉波节点而刺激细胞,使细胞产生活化,藉以使血脉更为畅通。 [0074] Next, since the portable pulse wave according to the present invention is provided with the light emitting device further adjusting element, so that the pulse wave of the human body when subjected to the correction current fluctuation adjustment, while the light beam irradiated by the pulse wave node cells were stimulated activation of the cells, in order to make more blood flow.

[0075] 最后,由于本发明的可携式脉波调节装置,该处理单元更利用该脉波感测元件所感测的该脉波波动参数产生该相对于该脉波波动参数稳定的基准波动参数,并使该二电极元件将该调波单元依据该基准波动参数所调制出的该波动补正电流传送至使用者的体内,并使受到补正的该脉波波动参数趋近于该基准波动参数;因此,本发明能依据人体在不同状态下的脉波波动参数产生相对应的波动补正电流,藉以使人体在不同状态下皆能受到适当的波动补正电流的调整。 [0075] Finally, since the portable pulse wave adjustment device according to the present invention, the processing unit further by using the pulse wave sensing element senses the pulse wave movable relative to the reference parameter generation parameters of the pulse waveform fluctuation dynamic parameters for stable , and the second electrode element unit transmits the modulated wave to the body of the user according to the reference fluctuation parameter correcting modulation of the current fluctuation, and by correcting the parameters of the pulse wave fluctuation close to the reference fluctuation parameter; Accordingly, the present invention can produce a current fluctuation corresponding to the correction based on the human body in different states of the pulse wave motion parameters, whereby the human subject to appropriate adjustments have encountered fluctuation correction current at different states.

[0076]当然,本发明还可有其它多种实施例,在不背离本发明精神及其实质的情况下,熟悉本领域的技术人员当可根据本发明作出各种相应的改变和变形,但这些相应的改变和变形都应属于本发明所附的权利要求的保护范围。 [0076] Of course, the present invention may have a variety of other embodiments, without departing from the spirit and essence of the present invention, those skilled in the art can make various corresponding modifications and variations according to the present invention, but these corresponding changes and variations should fall within the scope of the appended claims.

Claims (8)

1. 一种可携式脉波调节装置,应用于调节一使用者体内的一脉波,其特征在于,该可携式脉波调节装置包含: 一控制模块,包含: 一储存单元,储存有一基准波动参数; 一处理单元,电性连结于该储存单元,用以读取该储存单元储存的该基准波动参数,并据以产生一波动补正参数;以及一调波单元,电性连结于该处理单元,并依据该波动补正参数调制出一波动补正电流;以及二电极元件,电性连结于该调波单元,用以接触于该使用者的体表,藉以将该波动补正电流传送至该使用者的体内; 其中,该脉波受到该波动补正电流的作用而使该脉波的一脉波波动参数趋近于该基准波动参数。 A portable pulse wave adjustment means adjusting a user applies a pulse to the body, wherein the portable pulse wave adjustment apparatus comprising: a control module, comprising: a storage unit that stores a reference fluctuation parameter; a processing unit, electrically connected to the storage unit for reading the reference fluctuation parameter stored in the storage unit, and accordingly generates a fluctuation correction parameters; and a modulated wave unit electrically connected to the the processing unit, and to prepare a fluctuation correction according to the correction parameter fluctuation a current; and a second electrode element, electrically connected to the modulated wave unit, for contact with the user's body, thereby correcting the fluctuation of the current transmitted to the the body of the user; wherein the pulse by the ripple effect of the current correction of the pulse wave parameters of a pulse waveform movable close to the reference fluctuation parameter.
2.如权利要求I所述的可携式脉波调节装置,其特征在于,该基准波动参数至少包含一基准频率参数,该脉波波动参数至少包含一脉波频率参数,该调波单元依据该基准频率参数调制出该波动补正电流,并由该些电极元件将该波动补正电流传送至该使用者的体内,藉以使该脉波的该脉波频率参数趋近于该基准频率参数。 2. The portable pulse wave I-conditioning apparatus according to claim, wherein the reference fluctuation parameter comprises at least one reference frequency parameter, the pulse waveform parameter includes at least one movable pulse frequency parameters, based on the modulated wave unit the modulation of the reference frequency parameter fluctuation correcting current to the electrode elements by transmitting the correction current to the fluctuation of the user's body, whereby the frequency of the pulse parameters of the pulse wave frequency is close to the reference parameter.
3.如权利要求I所述的可携式脉波调节装置,其特征在于,该基准波动参数至少包含一基准强度参数,该脉波波动参数至少包含一脉波强度参数,该调波单元依据该基准频率参数调制出该波动补正电流,并由该些电极元件将该波动补正电流传送至该使用者的体内,藉以使该脉波的该脉波强度参数趋近于该基准强度参数。 3. The portable pulse wave I-conditioning apparatus according to claim, wherein the reference fluctuation parameter comprises at least one reference intensity parameter, dynamic parameters of the pulse waveform including at least one pulse intensity parameter, based on the modulated wave unit the modulation of the reference frequency parameter fluctuation correcting current to the electrode elements by transmitting the correction current to the fluctuation of the user's body, whereby the strength of the pulse parameters of the pulse wave approaches the reference intensity parameter.
4.如权利要求I所述的可携式脉波调节装置,其特征在于,该基准波动参数至少包含一基准强度参数以及一基准频率参数,该脉波波动参数至少包含一脉波强度参数以及一脉波频率参数,该调波单元依据该基准频率参数以及该基准强度参数调制出该波动补正电流,并由该些电极元件将该波动补正电流传送至该使用者的体内,藉以使该脉波强度参数以及该脉波频率参数分别趋近于该基准强度参数以及该基准频率参数。 4. The portable pulse wave I-conditioning apparatus according to claim, wherein the fluctuation parameter comprises at least one reference intensity parameter and the reference parameter a reference frequency, the pulse waveform parameters comprise at least a movable pulse strength parameters and a pulse frequency parameters, the adjustment means according to the reference wave frequency parameter and the reference parameter intensity modulation of the ripple correction current to the electrode elements by transmitting the correction current to the fluctuation of the user's body, thereby making the pulse wave intensity parameter and pulse frequency parameters are close to the reference intensity parameter and the reference frequency parameter.
5.如权利要求I所述的可携式脉波调节装置,其特征在于,该可携式脉波调节装置更包含一发光元件,该发光元件电性连结于该处理单元,用以投射一光束至该使用者的一脉波节点。 I 5. Claim portable pulse wave adjustment device, wherein the portable pulse wave adjustment device further comprises a light emitting element, the light emitting element is electrically connected to the processing unit, for projecting a a pulse light beam to the node of the user.
6.如权利要求I所述的可携式脉波调节装置,其特征在于,更包含一脉波感测元件,该脉波感测元件电性连结于该处理单元,用以感测该使用者的该脉波波动参数,并将该脉波波动参数传送至该处理单元,藉以使该处理单元依据该脉波波动参数产生该基准波动参数。 6. The portable pulse wave I-conditioning apparatus according to claim, characterized in that, further comprising a sensing element of the pulse wave, the pulse wave sensing element is electrically connected to the processing unit, used to sense the the pulse wave's motion parameters, and the parameters of the pulse wave transmitted to the movable processing unit whereby the processing unit generates the parameters according to the fluctuation of the reference pulse wave motion parameters.
7.如权利要求I所述的可携式脉波调节装置,其特征在于,更包含: 一主机,容置该控制模块;以及一束缚件,连结于该主机,以供该使用者套戴。 7. The portable pulse wave I-conditioning apparatus according to claim, characterized in that, further comprising: a host, the receiving control module; and a tie, is connected to the host, for the user donning .
8.如权利要求7所述的可携式脉波调节装置,其特征在于,该主机更具有: 一第一容置槽; 一第二容置槽;以及一移动凹槽,且该移动凹槽沿一调整方向可往复移动地设置于该第二容置槽;其中, 该二电极元件分别设置于该第一容置槽与该移动凹槽。 8. The portable pulse wave of the adjusting device of claim 7, wherein the host further having: a first receiving groove; a second receiving groove; and a movement groove, and the recess moving a groove along the adjustment direction is reciprocally movably disposed in the second receiving groove; wherein the two electrode elements are respectively disposed in the first receiving recess groove with the mobile.
CN 201110199227 2011-07-12 2011-07-12 Portable pulse wave-modulating device CN102872532A (en)

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WO2010123628A1 (en) * 2009-04-24 2010-10-28 Medtronic, Inc. Charge-based stimulation intensity programming with pulse amplitude and width adjusted according to a function

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1158077A (en) * 1995-05-12 1997-08-27 精工爱普生株式会社 Apparatus for diagnosing condition of living organism and control unit
CN1256160A (en) * 1999-12-23 2000-06-14 陈述 Multifunctional electronic medical health instrument
CN1678236A (en) * 2002-07-09 2005-10-05 健资国际私人有限公司 Method and device for monitoring blood pressure
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