CN107073270A - Muscular electrostimulation device - Google Patents

Muscular electrostimulation device Download PDF

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Publication number
CN107073270A
CN107073270A CN201680003143.5A CN201680003143A CN107073270A CN 107073270 A CN107073270 A CN 107073270A CN 201680003143 A CN201680003143 A CN 201680003143A CN 107073270 A CN107073270 A CN 107073270A
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China
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output
pulse
during
train
muscle
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CN201680003143.5A
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Chinese (zh)
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CN107073270B (en
Inventor
松下刚
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MTG Co Ltd
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MTG Co Ltd
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Priority to CN201710341995.1A priority Critical patent/CN107412948A/en
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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N1/00—Electrotherapy; Circuits therefor
    • A61N1/18—Applying electric currents by contact electrodes
    • A61N1/32—Applying electric currents by contact electrodes alternating or intermittent currents
    • A61N1/36—Applying electric currents by contact electrodes alternating or intermittent currents for stimulation
    • A61N1/36003—Applying electric currents by contact electrodes alternating or intermittent currents for stimulation of motor muscles, e.g. for walking assistance
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H1/00—Apparatus for passive exercising; Vibrating apparatus ; Chiropractic devices, e.g. body impacting devices, external devices for briefly extending or aligning unbroken bones

Abstract

The present invention provides a kind of muscular electrostimulation device, and it can effectively stimulate muscle, even if also, use for a long time, use feeling is also preferable, and user can be promoted energetically persistently to use.Muscular electrostimulation device (1) is configured to apply electro photoluminescence to muscle.In the electro photoluminescence alternately repeatedly occur first output during (2 1,31,4 1) and second export during (2 2,32,4 2), interior output is as the incomplete strong contracting for causing muscle and the 5th train of pulse ripple (20Hz) of the first electric signal of at least one party contracted by force completely during the above-mentioned first output, interior the second train of pulse ripple (4Hz) exported as single the second electric signal shunk for causing muscle during above-mentioned second exports.

Description

Muscular electrostimulation device
Technical field
The present invention relates to a kind of muscular electrostimulation device.
Background technology
In the past, it is commonly known to cause contraction of muscle if electric current flows in meat fiber.Particularly in medical treatment, fortune In dynamic field, above-mentioned general knowledge has flexibly been used for the purpose of strengthening muscle.Specifically, following muscular irritation side is employed Method：It is powered via the electrode for being pasted on human body, muscular tone and relaxation is made based on electric signal.Moreover, as making The electric signal of contraction of muscle, particularly low frequency signal are more effective.Because being raised with the frequency of the electric signal, muscle becomes Obtain without shrinking.
But, when electric signal is set into low frequency, pain is easily produced due to the influence of the resistance of the skin surface of people etc. Bitterly.On the other hand, with following property：When electric signal is set into high frequency, it is difficult to influenceed by above-mentioned resistance etc., so that difficult To produce pain.
Moreover, the muscle stimulation apparatus stimulated is applied to muscle as using electric signal, Patent Document 1 discloses Following device：The electro photoluminescence constituted during during output undergoes output repeatedly and without output, wherein, it is interior during the output The electric signal of the pulse type for the frequency domain for belonging to the 4~20Hz selected by user is exported with the stipulated time, described without the output phase In with output of the stipulated time without the electric signal.In such a device, play promotion blood flow, make muscle hypertrophy Or promote the effect of metabolism.
Prior art literature
Patent document
Patent document 1：Japanese Unexamined Patent Publication 2009-142624 publications
The content of the invention
Problems to be solved by the invention
But, in structure disclosed in patent document 1, in the electro photoluminescence of output, the telecommunications during because of above-mentioned output Number cause contraction of muscle and cause in the case that fatigue substances are stranded in muscle, due to it is above-mentioned without output during output appoint What electric signal, it is possible to it is above-mentioned without output during fatigue substances are not discharged fully from muscle.Therefore, if for a long time Use, then fatigue substances are easily accumulated in muscle, easily apply excessive burden to user, it is possible to damage use feeling. In addition, output electro photoluminescence be only during undergoing above-mentioned output repeatedly and it is above-mentioned without output during, during above-mentioned output Electric signal output mode only be for every kind of output mode and prepared single pattern.Therefore, based on output The contraction mode of muscle of electro photoluminescence easily become dull, so as to change making user energetically persistently have for the use of Kind leeway.
The present invention be in view of above-mentioned background and complete there is provided a kind of muscular electrostimulation device, the muscular electrostimulation device Muscle can be effectively stimulated, even if also, use for a long time, use feeling is also preferable, so as to promote user energetically Persistently use.
The means solved the problems, such as
The mode of the present invention is a kind of muscular electrostimulation device, and it applies electro photoluminescence to muscle,
The muscular electrostimulation device is characterised by, during alternately occurring the first output repeatedly in the electro photoluminescence and Second output during, described first export during in output cause the muscle it is incomplete it is strong contracting and contract by force completely to The first electric signal of a few side, interior output causes single the second electric signal shunk of the muscle during described second exports.
Invention effect
In above-mentioned muscular electrostimulation device, with second during alternately appearance first is exported repeatedly in the electro photoluminescence of output During output.By the electro photoluminescence muscle first first export during in pass through the incomplete strong contracting based on the first electric signal Or contract and produce the contracts last of muscle by force completely, so as to be effectively trained to muscle.As a result, can be real The enhancing of existing meat fiber.With and this, produce fatigue substances in the muscle.Then, in during second exports, base is passed through Promote intramuscular blood circulation in single shrink of the second electric signal, the fatigue substances of the interior generation during first exports are accumulated Discharged from the muscle polar region.Moreover, after fully discharge fatigue substances, being arrived again during the first output, in order successively Carry out the enhancing based on the not exclusively strong muscle for contracting or contracting by force completely and based on by second export during in single shrink realize Blood circulation promote fatigue substances discharge promote.Thus, because fatigue substances are difficult to accumulate in muscle, even if therefore The muscular electrostimulation device is continuously used, muscle also can be effectively stimulated.
Further, even if continuously using the muscular electrostimulation device, because fatigue substances are difficult to accumulate in muscle, therefore Alleviate the burden of user.Therefore, even if using for a long time, use feeling is also preferable, user can be promoted energetically to use. Muscle is set to produce not exclusively strong contracting or complete in addition, the electro photoluminescence exported from above-mentioned muscular electrostimulation device is interior during first exports Complete strong contracting, makes muscle produce single shrink during second exports.Therefore, because the muscle shows mutually different two kinds of contractions Mode, therefore, the contraction mode of the muscle are difficult to become dull.Thus also user can be promoted energetically persistently to use.
According to the present invention, as described above, it is possible to provide a kind of muscular electrostimulation device, it can effectively stimulate muscle, Even if also, use for a long time, use feeling is also preferable, and user can be promoted energetically persistently to use.
Brief description of the drawings
Fig. 1 is the front view of the muscular electrostimulation device of embodiment 1.
Fig. 2 is the rearview of the muscular electrostimulation device of embodiment 1.
Fig. 3 is the side view of the muscular electrostimulation device of embodiment 1.
Fig. 4 (a) is the section partial enlarged drawing at the IVa-IVa line positions in Fig. 1, and Fig. 4 (b) is the IVb-IVb in Fig. 1 Section partial enlarged drawing at line position.
Fig. 5 is the schematic diagram illustrated to the occupation mode of the muscular electrostimulation device of embodiment 1.
Fig. 6 is the block diagram of the structure for the muscular electrostimulation device for representing embodiment 1.
Fig. 7 is the figure of basic waveform for representing to be stored in the muscular electrostimulation device of embodiment 1.
Fig. 8 is the figure for representing the train of pulse ripple from the muscular electrostimulation device output of embodiment 1.
Fig. 9 is the figure for representing the voltage change from the muscular electrostimulation device output of embodiment 1.
Figure 10 is the flow chart that the active to the muscular electrostimulation device of embodiment 1 is made to illustrate.
Figure 11 is the flow chart that the first interrupt processing to the muscular electrostimulation device of embodiment 1 is illustrated.
Figure 12 is the flow chart that the second interrupt processing to the muscular electrostimulation device of embodiment 1 is illustrated.
Figure 13 is the flow chart that the 3rd interrupt processing to the muscular electrostimulation device of embodiment 1 is illustrated.
Figure 14 is the front view of the muscular electrostimulation device of variation 2.
Figure 15 is the rearview of the muscular electrostimulation device of variation 2.
Figure 16 is the block diagram of the structure for the muscular electrostimulation device for representing variation 3.
Embodiment
Muscle is correspondingly started to shrink at when being applied in electro photoluminescence, when the application of electro photoluminescence is released from, muscle with This correspondingly starts relaxation.Single shrink refers to：By the contraction produced by the application of an electro photoluminescence and the releasing of application and pine Relax constituting and relative to being shunk because of caused by other electro photoluminescence and the independent mode of relaxation.In singly shrinking, flesh is represented The shrinkage curve of the contraction state of meat is in the shape on single mountain peak.
In addition, strong contracting refers to：From after the releasing of the application of electro photoluminescence untill the relaxation of muscle is fully completed During, follow-up electro photoluminescence arrives, the state of the contraction of the muscle of last time and the contraction fusion of this muscle.Moreover, There is not exclusively strong contracting and completely strong contracting in strong contracting.Not exclusively strong contracting refers to：Cause from the releasing because of the application of electro photoluminescence The relaxation of muscle is risen after starting during untill relaxation is fully completed, and follow-up electro photoluminescence arrives, so that this time Contraction load on last time contraction a part.In not exclusively strong contracting, the shrinkage curve for representing the contraction state of muscle is in The unbroken waveform in multiple mountain peaks.On the other hand, completely strong contracting refers to：After the releasing of the application of electro photoluminescence and in muscle Before relaxation starts, follow-up electro photoluminescence arrives, so that this contraction loads on a part for the contraction of last time.Complete In complete strong contracting, shrinkage curve does not become waveform, but in smooth continuous shape.Further, being applied to the electro photoluminescence of muscle Frequency it is relatively low in the case of produce it is single shrink, strong contracting (not exclusively strong contracting and completely strong is produced in the case where the frequency is higher Contracting), but the border generally 15Hz of single frequency shunk and contracted by force.
Above-mentioned first electric signal can have the frequency in more than 15Hz below 30Hz scope, and above-mentioned second electric signal can With with less than the frequency in the range of 15Hz.In this case, during first exports, it can be made by the first electric signal Muscle produces not exclusively strong contracting, during second exports, and muscle can be made to produce single shrink by the second electric signal.Its result It is that during first exports, muscle can be made moderately to shrink without excess shrinkage.Thereby, it is possible to suppress anxious in muscle Fatigue substances are produced acutely, so as to more effectively stimulate muscle.The fatigue substances produced during first exports are second Discharged during output from muscle, so as to can also prevent the accumulation of fatigue substances even if continuous use.
Further, the frequency of the second electric signal is greater than 0Hz value.In addition, the second electric signal can have the frequency less than 1Hz Rate, still, in this case, the single interval shunk produced during second exports becomes too much, so that sometimes above-mentioned The discharge effect of fatigue substances is relatively low.It is therefore preferable that the second electric signal has 1Hz less than the frequency in the range of 15Hz Rate.
It is preferred that signal and negative polarity comprising positive polarity respectively in above-mentioned first electric signal and above-mentioned second electric signal Signal.In this case, due to easily eliminating the unbalance of the electric charge in electro photoluminescence, therefore, it is possible to further mitigate the pain of user Bitterly.As a result, can further improve using the body-feeling during muscular electrostimulation device.
It is above-mentioned first output during duration can be set to than above-mentioned second output during duration it is long.At this In the case of, in the electro photoluminescence of output, the enhancing effect of muscle is further increased during having substantially ensured that the first output.
It is preferred that at least one party of above-mentioned first electric signal and above-mentioned second electric signal output pulse string ripple repeatedly.With point Break and be identified as an electric signal in muscle for the train of pulse ripple of multiple electric signals.Moreover, each electric signal after segmentation Duration (impulse amplitude) can be set to than undivided continuous electric signal in the case of duration it is small, therefore, it is possible to Mitigate the pain of the skin of user.Therefore, it is possible to improve the body-feeling of user.
Above-mentioned train of pulse ripple can be set to following composition：Interruption period between The following article is exported with pulse group during including the output of pulse group, Multiple rectangular wave pulse signals are exported across output dwell time in during above-mentioned pulse group is exported, above-mentioned pulse group output Interruption period between The following article is longer than above-mentioned output dwell time and exports interruption rectangular wave pulse signal in Interruption period between The following article in above-mentioned pulse group Output, the frequency of above-mentioned train of pulse ripple constitutes above-mentioned first electric signal that exports above-mentioned train of pulse ripple repeatedly and above-mentioned the The frequency of two electric signals.In this case, during pulse group is exported, when being formed as the rectangular wave pulse signal and being output stopping Between disjunction be multiple states.Thus, pulse group export during, with not disjunction and continuously export the rectangular wave pulse signal Situation compare, can make rectangular wave pulse signal total output time it is identical while, reduce each square wave arteries and veins Rush the impulse amplitude of signal.As a result, can maintain to export from above-mentioned muscular electrostimulation device and in muscle or and muscle While the electro photoluminescence flowed in connected nerve, mitigate the pain of user, the muscle is used therefore, it is possible to further improve Body-feeling during electrical stimulation device.
In addition, with continuously exporting pulse during identical during the pulse group output in above-mentioned train of pulse ripple Pulse output during the situation of train of pulse ripple compare, in above-mentioned train of pulse ripple, be configured to cause pulse group to export the phase Between across output dwell time mode export multiple rectangular wave pulse signals, still, as output pulse during, Liang Zheshi Identical.Therefore, even in across in the train of pulse ripple during the pulse group output of output dwell time, also result in With with the approximate body-feeling of train of pulse ripple not during the pulse output of output dwell time.
In addition, during pulse group is exported, multiple rectangular wave pulse signals are exported across output dwell time, therefore, Duration during the output of pulse group, is the impulse amplitude and all output dwell time phases of multiple rectangular wave pulse signals Plus the time of gained.Therefore, in the duration during such pulse group is exported, with continuous output rectangular wave pulse signal Situation compare, identical and actual output of pulse signal time duration during pulse group is exported stops with output Time correspondingly shortens, so as to reduce consumption electric power.Therefore, it can be also driven even with the power supply of low capacity, Therefore the miniaturization of device is contributed to.
In addition, the train of pulse ripple for forming electro photoluminescence exports Interruption period between The following article, pulse during including the output of pulse group with pulse group Output dwell time in during the Duration Ratio pulse group output of group output Interruption period between The following article is long.Due to possessing in train of pulse ripple Such pulse group exports Interruption period between The following article, therefore, and pulse group only is exported into Interruption period between The following article during the output of pulse group is not changed Duration is changed to defined length, it becomes possible to be easily desired value by the frequency setting of train of pulse ripple.Thus, easily It is controlled, to export by with the electro photoluminescence for being suitable for being constituted the train of pulse ripple of contraction of muscle, the frequency of relaxation, and energy It is enough effectively to stimulate muscle.
The mutually different rectangular wave pulse signal of polarity is included in during above-mentioned pulse group output can be set to.Thus, energy Enough make the signal comprising positive polarity and the signal of negative polarity in above-mentioned first electric signal and above-mentioned second electric signal, in an arteries and veins The unbalance of electric charge is easily eliminated in punching string ripple, therefore, it is possible to further mitigate the pain of user.As a result, can be further Improve body-feeling when using the muscular electrostimulation device and use easness.
The first train of pulse ripple and the second train of pulse ripple can be included in the above-mentioned above-mentioned train of pulse ripple exported repeatedly, it is above-mentioned During second train of pulse ripple is comprising the second above-mentioned pulse group output, during second above-mentioned pulse group output in output have with The polarity of the above-mentioned multiple rectangular wave pulse signals exported during the first above-mentioned pulse group output in the first train of pulse ripple Above-mentioned multiple rectangular wave pulse signals of opposite polarity.In this case, the unbalance of electric charge is produced in the first train of pulse ripple When, it can reliably eliminate the unbalance of the electric charge in the second train of pulse ripple.Therefore, it is overall in the train of pulse ripple exported repeatedly In, the unbalance of electric charge can be weakened, so as to mitigate the pain of user.Used as a result, can further improve The body-feeling during muscular electrostimulation device and use easness.Further, during above-mentioned second pulse group is exported, only will The polarity inversion (inverting current potential) of multiple rectangular wave pulse signals of output in during above-mentioned first pulse group output, because This, compared with the situation that the polarity respectively to each rectangular wave pulse signal in each train of pulse ripple is controlled, can mitigate control Load processed.This is also same in the case of there are multiple pulse groups in train of pulse ripple.
Preferably, above-mentioned muscular electrostimulation device includes：Main part；Electrode portion, it exports above-mentioned electro photoluminescence；Power supply unit, It is to above-mentioned electrode portion supply electric power；Control unit, its power supply to above-mentioned power supply unit is controlled；And operating portion, its It is configured to change the control mode of above-mentioned control unit, above-mentioned power supply unit is built in aforementioned body portion.In the situation Under, it is not necessary that in the outside electric power for preparing to supply electrode portion, therefore, even in being difficult to ensure that the outdoor or outer of power supply Going out destination etc. also can easily use.Further, since flexible cord (cord) for being connected with power supply etc. need not be used for, therefore Ease of use is improved, and portability is also excellent.Thus, the muscular electrostimulation device is suitable for passing through under circumstances Above-mentioned electro photoluminescence and muscle is stimulated.
Preferably, above-mentioned electrode portion is formed with the base material for the sheet being extended from aforementioned body portion：Multiple electricity Pole；With wire (lead) portion, it electrically connects above-mentioned electrode and above-mentioned power supply unit via above-mentioned control unit.In this case, Electrode portion is formed with the base material for the sheet being extended from main part, main part and electrode portion can be made to realize integration. It therefore, there is no need to for flexible cord for being attached to main part and electrode portion etc..Thus, power supply unit is built in main part, and Main part and electrode portion realize integration, are used under circumstances therefore, it is possible to play excellent portability.Moreover, By the way that by power supply unit, main part and electrode integrally, installation, dismounting of the muscular electrostimulation device relative to human body are held Easily, also can be easily particularly in the state of the muscular fatigue after just having used this muscular electrostimulation device The muscular electrostimulation device is pulled down.Therefore, the muscular electrostimulation device is more suitable under circumstances by above-mentioned electricity Stimulate and effectively muscle is stimulated.
Embodiment
(embodiment 1)
The muscular electrostimulation device involved by embodiment is illustrated using Fig. 1~Figure 13.
The muscular electrostimulation device 1 of this example is configured to apply electro photoluminescence to muscle.
Moreover, electro photoluminescence is configured to alternately repeat during the first output (2-1,3-1,4-1 in table 2 described later) and the Two output during (2-2,3-2,4-2 in table 2 described later), it is above-mentioned first output during output cause muscle not exclusively to contract by force with And the first electric signal (the 5th train of pulse ripple shown in Fig. 8) of at least one party contracted by force completely, exported during above-mentioned second output The second electric signal (the second train of pulse ripple) for causing muscle list to shrink.
Below, muscular electrostimulation device 1 is described in detail.
As shown in figure 5, the muscular electrostimulation device 1 of this example is installed on the belly 3 of people 2 and used.Moreover, in this example, The length direction of the height of people 2 is set to height direction Y.In addition, in face of the front of people 2, will it is parallel with height direction Y and from The central shaft 2a from human body 2 that navel 3a passes through is set to right direction X1, Bing Jiangcong centers towards the direction of the right hand 5a sides of human body 2 Axle 2a is set to left direction X2 towards the direction of the left hand 5b sides of human body 2.Moreover, right direction X1 and left direction X2 are referred to as into a left side in the lump Right direction X.
As shown in figure 1, being provided with main part 10 in the center of muscular electrostimulation device 1.As shown in Figure 1 and Figure 3, main body Portion 10 is formed as approximate discoid.As shown in Fig. 4 (a), 4 (b), main part 10 includes：Housing 11, it accommodates power supply unit described later 20 and control unit 40；And shell formation body 12, it is installed on housing 11 and forms the shell of muscular electrostimulation device 1.Shell Body 11 is made up of ABS.Shell formation body 12 is made up of silicone (Silicon).Housing 11 includes：First housing 111, it is formed as Concavity；And second housing 112, it is installed on the first housing 111, and is formed with receiving control between the first housing 111 The receiving portion 13 in portion 40.Along the outer rim of the second housing 112, the outer edge of the rib 112a set and the first housing 111 is erect 111a inner side is fitted together to, and thus the second housing 112 is engaged with the first housing 111.
As shown in Fig. 1, Fig. 4 (b), the first cantilever 51a and the second cantilever 51b are formed with the first housing 111, above-mentioned the One cantilever 51a and the second cantilever 51b form a part for operating portion 50 described later.First cantilever 51a and the second cantilever 51b A part for the wall portion of first housing 111 is dug to the state for wearing and being formed as cantilever beam.First cantilever 51a and the second cantilever 51b is arranged in the order from height direction Y upside towards downside.
As shown in Fig. 1, Fig. 4 (b), shell formation body 12 is installed on opposite with the second housing 112 in the first housing 111 Side.Moreover, as shown in figure 1, shell formation body 12 covers two cantilevers 51a, 51b.In outer hull shape adult 12, hanged first Arm 51a surface protrudes to form markedness "+", protrudes to form markedness "-" in the second cantilever 51b surface, and formed There is operating surface 54, the operating surface 54 forms a part for operating portion 50 described later.According to the arrangement of above-mentioned cantilever, "+" turns into body High direction Y upside, "-" turns into height direction Y downside, is easily operated in terms of ergonomics by user.
As shown in Fig. 4 (a), Fig. 4 (b), in the receiving portion 13 being formed between the first housing 111 and the second housing 112 Accommodate the control base board 41 to form control unit 40 (reference picture 6).Control base board 41 is printed base plate, is set in control base board 41 There are wiring pattern (not shown) and electronic unit 42 etc., be consequently formed control circuit.In addition, being electrically connected with table in control base board 41 The small-sized loudspeaker 43 of surface installation type.The driving voltage of electronic unit 42 and loudspeaker 43 is 3.0V.Though in addition, do not scheme Show, but the booster circuit for making the output voltage of battery 21 boost is equipped with control base board 41.Thus, the electric power rise of battery 21 Supply to defined voltage (such as 40V) and to electrode portion 30.
As shown in Fig. 4 (b), the switching mechanism 52 to form operating portion 50 is also accommodated in receiving portion 13.Switching mechanism 52 is Tact switch (tact switch), and possess the switch portion 53 that can be pressed.Switching mechanism 52 is electrically connected with control unit 40.Open Shutting mechanism 52 is respectively arranged in the first cantilever 51a and the second cantilever 51b of the formation of the first housing 111 underface.Thus, When the operating surface 54 via the shell formation body 12 for covering the first housing 111 is pressed the first cantilever 51a from outside When, the first cantilever 51a of cantilever beam state is bent, and thus presses the switch portion 53 of switching mechanism 52.Moreover, when releasing During pressing at operating surface 54, due to the first cantilever 51a of cantilever beam state restoring force the first cantilever 51a is back to Position originally.Also it is configured to the releasing for similarly being pressed and being pressed in the second cantilever 51b.
As shown in Fig. 4 (a), Fig. 4 (b), it is formed with the second housing 112 and the battery 21 for constituting power supply unit 20 is kept Cell holding portion 14.Thus, power supply unit 20 is built in main part 10.Battery 21 can be changed, for example, coin can be set to Type battery or button-type battery.In this example, using small-sized and slim Coin-shaped battery (lithium ion battery CR2032, it is specified Voltage is 3.0V) it is used as battery 21.Further, rated voltage can be used to replace the battery 21 for 3.0~5.0V battery.
In the cell holding portion 14 kept to above-mentioned battery 21, the lid for preventing that battery 21 from coming off releasably is installed 15.Lid 15 is formed as more discoid than what battery 21 big one was enclosed, is provided with o-ring 16 its periphery is chimeric, and the o-ring 16 is by lid 15 And second seal between housing 112.Battery 21 is electrically connected via wire (not shown) with control unit 40.As shown in Fig. 2 Two housings 112 are equally spaced formed with the groove 113 of multiple wire, and the groove 113 is from the periphery of lid 15 with radiated entends.
As shown in Fig. 4 (a), Fig. 4 (b), oriented rib 112a flange part protruding outside is formed in the second housing 112 112b.Between the outer edge 111a of flange part 112b and the first housing 111, via water-proofing double-sided seal (not shown) It is clamped with the base material 33 of sheet.Base material 33 is made up of PET.As shown in Fig. 2 base material 33 is stretched out from main part 10 with sheet. As shown in Figure 1 and Figure 3, the table side face 33b of base material 33 in the face for that side exposed as operating portion 54 from shell by forming body 12 The electrode support 121 of stretching is covered.Moreover, the inboard face 33a of the table side face 33b of base material 33 opposite side is in muscle electric stimulation The whole region extension in the inboard face of the opposite side in the face (table side face) of shell formation body 12 side of device 1.Moreover, using not scheming The adhesive tape and silicone bonding inorganic agent for the 3M companies manufacture shown engage base material 33 and electrode support 121.
As shown in Figure 2 and 6, electrode portion 30 possesses first electrode group 31 and second electrode group 32.As shown in figure 5, the One electrode group 31 when to be installed on belly 3 positioned at than center line 10a more by the right-hand side X1 of people 2 position in the way of from main part 10 stretch out.As shown in figure 5, second electrode group 32 be installed on during belly 3 positioned at than center line 10a more lean on people 2 left-hand side X2 The mode of position stretched out from main part 10.Included in first electrode group 31 in right electrodes 311~313, second electrode group 32 Include left electrodes 321~323.
Each electrode 311~313,321~323 is all formed as the approximate rectangle that corner carries circular arc.Moreover, each electrode 311~313,321~323 length direction (for example, the direction represented in the 3rd right electrodes 313 by symbol w) approximately along Left and right directions X.In this example, each electrode 311~313,321~323 is all formed as identical shape.For each electrode 311 For~313,321~323 shape, such as when the length on long side direction is set into w and the length on short side direction is set During for h, h/w can be set to 0.40~0.95, be preferably set to 0.50~0.80, in this example, h/w is set to 0.55.
As shown in Fig. 2 in the inner side of each electrode 311~313,321~323, being formed with multiple electricity with separating predetermined distance Extremely non-formation portion 34, the non-formation portion 34 of the electrode is formed as the hexagon of prescribed level.In addition, each right electrodes 311,312, 313, by from main part 10 draw in the way of be respectively formed with wire portion 311a, 312a, 313a, wire portion 311a, 312a, 313a is used to electrically connect with power supply unit 20 via control unit 40.Equally, in each left electrodes 321,322,323, with from main body The mode that portion 10 is drawn is respectively formed with wire portion 321a, 322a, 323a, and the wire portion 321a, 322a, 323a are used for and control Portion 40 is connected.Silicon coating (silicon coating) is implemented with each wire portion 311a~313a, 321a~323a so that nothing Method and turned on outside.In addition, in each electrode 311~313,321~323, pair with wire portion 311a~313a, 321a~323a The part of connection and its near zone (in Fig. 2, as the hatched example areas shown in symbol C) are also implemented with silicon coating so that Wu Fayu Turned on outside.Each right electrodes 311~313 are connected in parallel with each other, and each left electrodes 321~323 are also connected in parallel with each other.
As shown in Fig. 2 electrode portion 30 is formed at the inboard face 33a of base material 33.Thus, electrode portion 30 is formed with main part 10 It is integrated.Further, electrode portion 30 can be formed as being embedded in base material 33.In this example, by by the electric conductivity ink containing silver paste Printing stock forms electrode portion 30 in the inboard face 33a of base material 33.Conjunction is included in first electrode group 31 and second electrode group 32 The electrode 311~313,321~323 that meter is more than 4.In this example, first electrode group 31 and second electrode group 32 are wrapped respectively Containing same amount of electrode 311~313,321~323, its quantity is respectively 3.That is, possess first in first electrode group 31 right Lateral electrode 311, the second right electrodes 312 and the 3rd right electrodes 313.Possess the first left electrodes in second electrode group 32 321st, the second left electrodes 322 and the 3rd left electrodes 323.Moreover, in base material 33, will be formed the first right electrodes 311, The part of second right electrodes 312 and the 3rd right electrodes 313 is respectively as the first right side base portion 331, the second right side base portion 332 and the 3rd right side base portion 333, the first left electrodes 321, the second left electrodes 322 and the 3rd left electrodes will be formed 323 part is respectively as the first left base 341, the second left base 342 and the 3rd left base 343.
Moreover, being pasted with (the ponding finished industrial strain of rubber cushion (gel pad) 35 in each electrode 311~313,321~323 Formula commercial firm manufactures " ST-gel (テ Network ノ ゲ Le) (registration mark) " model SR-RA240/100).Rubber cushion 35 is conductive, respectively Electrode 311~313,321~323 ventrad 3 (reference picture 5) can be powered via rubber cushion 35.In addition, rubber cushion 35 is with higher Adherence, muscular electrostimulation device 1 is installed on belly 3 via rubber cushion 35.
As shown in Fig. 2 rubber cushion 35 has the shape than each electrode 311~313,321~323 big circles, and respectively will be each Electrode 311~313,321~323 is covered.Rubber cushion 35 can be changed, therefore, rubber cushion 35 with use adhesion strength decline, it is broken When damage, spot become obvious etc., can suitably it be changed.Furthermore it is possible to every specified time limit (for example, 1 month, 2 months Deng) new product will be replaced by using the rubber cushion 35 finished.
As shown in Fig. 2 the first right electrodes 311, the second right electrodes 312 and the 3rd right electrodes 313 with positioned at Mode than center line 10a more by the right-hand side X1 (first area S1) of people 2 position is stretched out from main part 10, the center line 10a it is parallel with the height direction Y of people 2 (reference picture 5) and from main part 10 centrally through.Moreover, the first right electrodes 311, Second right electrodes 312 and the 3rd right electrodes 313 are arranged in the order along height direction Y from upside towards downside.
On the other hand, the first left electrodes 321, the second left electrodes 322 and the 3rd left electrodes 323 with positioned at than Modes of the center line 10a more by the left-hand side X2 (second area S2) of people 2 position is stretched out from main part 10.Moreover, first is left Lateral electrode 321, the second left electrodes 322 and the 3rd left electrodes 323 along height direction Y from upside towards downside in the order Arrangement.
Moreover, as shown in Fig. 2 first electrode group 31 and second electrode group 32 are configured to be installed on belly 3 (reference picture 5) When be located on the basis of center line 10a the symmetrical position of line.That is, it is configured to：When being installed on belly 3, using center line 10a as Benchmark, the first right electrodes 311 and the first left electrodes 321 are located at the symmetrical position of line, and the second right electrodes 312 and second are left Lateral electrode 322 is located at the symmetrical position of line, and the 3rd right electrodes 313 and the 3rd left electrodes 323 are located at the symmetrical position of line.
In addition, as shown in Fig. 2 first electrode group 31 and second electrode group 32 are configured to be installed on belly 3 (reference picture 5) When be formed with the Y of height direction：A pair of side electrodes are to 301, and it includes being located at first electrode group 31 and above-mentioned second electricity The first right electrodes 311 and the first left electrodes 321 of the respective top side of pole group 32；A pair of lower electrode pair 303, it is wrapped Include the 3rd right electrodes 313 and the 3rd left electrodes 323 positioned at lower side；And contre electrode, to 302, it is included positioned at upper Lateral electrode is to a pair of second right electrodes 312 and the second left electrodes 322 between 301 and downside electrode pair 303.Thus, on Lateral electrode is arranged 302 and downside electrode pair 303 301, contre electrode in the order along height direction Y from upside towards downside Row.
Moreover, contre electrode to 302 compared with side electrode is to 301 and downside electrode pair 303, more from main part 10 It is prominent to extended direction (left and right directions X).That is, when being installed on belly 3, contre electrode is constituted to 302 second right side Lateral electrode 312, than constituting first right electrodes 311 and threeth right side of composition downside electrode pair 303 of the side electrode to 301 The more right direction X1 of electrode 313 is protruded.Similarly, contre electrode is constituted to 302 the second left electrodes 322, than constituting upside First left electrodes 321 of electrode pair 301 and the 3rd left electrodes 323 more left direction X2 for constituting downside electrode pair 303 It is prominent.
In addition, as shown in Fig. 2 side electrode to 301 by more tend to bearing of trend then closer to upside in the way of be inclined to V Font.Moreover, as described above, each electrode 311~313,321~323 is formed as identical size.On the other hand, electrode portion 30 Base material 33 each right side base portion 331~333 it is bigger than each right electrodes 311~313, each left base 341~343 is than each left side Electrode 321~323 is big.
In addition, as shown in Fig. 2 side electrode to 301 compared with downside electrode pair 303, more from main part 10 to extension The direction (left and right directions X) of setting is prominent.That is, when being installed on belly 3, side electrode is constituted to 301 the first right electrodes 311 protrude than constituting the 3rd right electrodes 313 more right direction X1 of downside electrode pair 303.Similarly, side electrode pair is constituted 301 the first left electrodes 321 are protruded than constituting the 3rd left electrodes 323 more left direction X2 of downside electrode pair 303.
Moreover, as shown in Fig. 2 the lower section outer edge 331a right directions X1 bulgings of the first right side base portion 331, the first left side The lower section outer edge 341a left directions X2 bulgings of base portion 341.
In addition, the central outer edge 332a right directions X1 of the second right side base portion 332 is slightly bloated, the second left base 342 central outer edge 342a left directions X2 is slightly bloated.
Further, the top outer edge 333a right directions X1 bulgings of the 3rd right side base portion 333, the 3rd right side base portion 333 Lower section outer edge 333b in downward direction (the downside direction in Y-direction) bloat.In addition, outside the top of the 3rd left base 343 Edge 343a left directions X2 is bloated, and the lower section outer edge 343b of the 3rd left base 343 is in downward direction bloated.
It is above-mentioned such by the way that each base portion 331~333,341~343 of base material 33 is set to as shown in Fig. 1 and Fig. 5 Form, in the muscular electrostimulation device 1 from face side, muscular electrostimulation device 1 is configured to wrap in the lateral direction Wrap up in the rectus aabdominis 4 of belly 3.Configured in addition, the configuration of electrode also turns into corresponding with the subregion 4a of rectus aabdominis 4, so as to the phase Treat efficiently to stimulate each muscle.Further, it is such shape and user can be made to associate belly 3 and tightened by recognizing And it is partitioned into the image of abdominal muscle.Thus, by using muscular electrostimulation device 1, result in be partitioned into abdominal muscle for formation and The effect of the imagery training (image training) for the belly 3 tightened.It is (generally known that motion effect can be improved by imagery training Really).
In addition, as shown in Fig. 2 in first electrode group 31 and second electrode group 32, electrode 311 adjacent to each other~ 313rd, between 321~323, it is formed with the notch 17 cut towards main part 10.In this example, in the first right electrodes 311 And second between right electrodes 312, between the second right electrodes 312 and the 3rd right electrodes 313, the and of the 3rd right electrodes 313 Between 3rd left electrodes 323, between the 3rd left electrodes 323 and the second left electrodes 322, the second left electrodes 322 and Position at six is added up to be formed between one left electrodes 321 and between the first left electrodes 321 and the first right electrodes 311 Notch 17.Further, through hole 18 everywhere are formed with around main part 10.
Next, being illustrated using block diagram to the structure of the muscular electrostimulation device 1 of this example.
As shown in fig. 6, muscular electrostimulation device 1 the inside of main part 10 except possess power supply unit 20, control unit 40, behaviour Make outside portion 50, be also equipped with skin detection portion 402 and battery voltage detection portion 406.
Detected to whether electrode portion 30 contacts with skin in skin detection portion 402.Specifically, skin detection portion 402 Electrically connected with electrode portion 30, the resistance value between first electrode group 31 and second electrode group 32 is detected.Moreover, will detection The value gone out is compared with threshold value set in advance, when the value detected be less than threshold value when, detect skin just with first electrode Group 31 and second electrode group 32 are contacted.
Battery voltage detection portion 406 is detected to the voltage of the battery 21 of power supply unit 20, and the power supply unit to detecting Whether the cell voltage V of 20 battery 21 is judged less than defined threshold value Vm.In this example, the rated voltage V of battery 21 For 3.0V, threshold value Vm is 2.1V.
As shown in fig. 6, possessing battery 21 in power supply unit 20.In addition, possessing output adjustment portion 401, power supply in control unit 40 Close counter 403, timer 404, output mode switching part 405 and output mode storage part 405a.Output adjustment portion 401 The output voltage (output level) of electrode portion 30 is adjusted.In this example, maximum output voltage is 40V, and is set to defeated Go out level often decline a grade then 100% output voltage reduction 2.0V.Output level is 15 from grade 1 to grade 15 Grade.
The elapsed time that 403 pairs of power-off counter receives after count start signal measures.Timer 404 To receive output commencing signal after elapsed time measure.Output mode switching part 405 is by the output of electrode portion 30 Pattern switching is the either mode in the first output mode, the second output mode and the 3rd output mode, and is constituted to output Train of pulse ripple the frequency setting portion that is set of frequency.Be stored with output mode storage part 405a the first output mode, Second output mode and the 3rd output mode.In first output mode, the second output mode and the 3rd output mode in advance The basic waveform being stored with as the train of pulse ripple type that Interruption period between The following article R1~R5 is exported with pulse group, output mode storage part 405a constitutes train of pulse ripple type storage part.Further, train of pulse ripple type storage part 405a also containing program in terms of to pulse The definition of the waveform of string ripple is recorded.
Next, being illustrated to the output mode of electrode portion 30.
First, as five kinds of pulses being stored with the output mode storage part 405a of duration storage part shown in Fig. 7 String ripple type (basic waveform B1~B5).P and the output of pulse group are interrupted during each basic waveform B1~B5 includes the output of pulse group Period R1~R5.That is, each basic waveform B1~B5 has P during common pulse group output, and pulse group output interruption Between R1~R5 length it is different.
During pulse group is exported in P, multiple rectangular wave pulse signal S1 are exported across output dwell time N1~N5 ~S5.In this example, five rectangular wave pulse signal S1~S5 are exported.That is, during pulse group is exported in P, according to the first square Shape wave pulse signal S1, the first output dwell time N1, the second rectangular wave pulse signal S2, the second output dwell time N2, the Three rectangular wave pulse signal S3, the 3rd output dwell time N3, the 4th rectangular wave pulse signal S4, the 4th output dwell time N4, the 5th rectangular wave pulse signal S5, the 5th export dwell time N5 order to perform.
Moreover, in this example, each rectangular wave pulse signal S1~S5 impulse amplitude, pulse voltage is constant, output stops Time N1~N5 duration is also constant.In this example, each rectangular wave pulse signal S1~S5 impulse amplitude is 100 μ s, Pulse voltage is ± 40V when 100% exports, and output dwell time N1~N5 duration is 100 μ s.Therefore, pulse group P duration is 1ms during output.Moreover, each rectangular wave pulse signal S1~S5 polarity of voltage is according to output order Alternately change.That is, the first rectangular wave pulse signal S1, the 3rd rectangular wave pulse signal S3 and the 5th rectangular wave pulse signal S5 has positive polarity, and the second rectangular wave pulse signal S2 and the 4th rectangular wave pulse signal S4 have negative polarity.
As described above, P each rectangular wave pulse signal S1~S5 impulse amplitude and each output during the output of pulse group Dwell time N1~N5 duration is respectively 100 μ s.Therefore, P each rectangular wave pulse signal S1 during pulse group is exported ~S5 pulse period is 200 very short μ s.Therefore, these rectangular wave pulse signals S1~S5 is identified as once by user Electro photoluminescence.Further, P each rectangular wave pulse signal S1~S5 frequency is 5000Hz during the output of pulse group.
In each basic waveform B1~B5, not output pulse signal in pulse group output Interruption period between The following article R1~R5.Moreover, arteries and veins P duration is long during punching group output Interruption period between The following article R1~R5 Duration Ratio pulse group output.In this example, such as Fig. 7 Shown, P duration is 1ms during pulse group is exported, and pulse group output Interruption period between The following article R1~R5 duration is respectively 499ms、249ms、124ms、61.5ms、49ms.So, P during pulse group output Interruption period between The following article R1~R5 is exported with pulse group In output dwell time compare, with the very long duration.
Therefore, as shown in fig. 7, during the pulse group output of the first train of pulse ripple (2Hz) including 1ms P and 499ms pulse Group output Interruption period between The following article R1.That is, with 2Hz rate-adaptive pacemaker the first train of pulse ripple (2Hz) in P during pulse group is exported.
In addition, P and 249ms pulse group output is interrupted during pulse group output of the second train of pulse ripple (4Hz) including 1ms Period R2.That is, with 4Hz rate-adaptive pacemaker the second train of pulse ripple (4Hz) in P during pulse group is exported.
In addition, P and 124ms pulse group output is interrupted during pulse group output of the 3rd train of pulse ripple (8Hz) including 1ms Period R3.That is, with the 8Hz train of pulse ripple (8Hz) of rate-adaptive pacemaker the 3rd in P during pulse group is exported.
In addition, during pulse group output of the 4th train of pulse ripple (16Hz) including 1ms in P and 61.5ms pulse group output Disconnected period R4.That is, with 16Hz rate-adaptive pacemaker the first train of pulse ripple (16Hz) in P during pulse group is exported.
In addition, P and 49ms pulse group output is interrupted during pulse group output of the 5th train of pulse ripple (20Hz) including 1ms Period R5.That is, with the 20Hz train of pulse ripple (20Hz) of rate-adaptive pacemaker the 5th in P during pulse group is exported.
Moreover, basic waveform B1~B5 is exported with defined combination repeatedly within specified time limit, so that, such as Fig. 8 (a)~figure Shown in 8 (e), train of pulse ripple as defined in output.Moreover, as noted previously, as user by pulse group export during P multiple squares Shape wave pulse signal S1~S5 is identified as an electro photoluminescence, therefore, such as shown in Fig. 8 (a), in basic waveform B1 recurrent the In one train of pulse ripple, output frequency is 2Hz electro photoluminescence.Similarly, in the recurrent second train of pulse ripples of basic waveform B2 In, output frequency is 4Hz electro photoluminescence, in the recurrent 3rd train of pulse ripples of basic waveform B3, and output frequency is 8Hz's Electro photoluminescence, in the recurrent 4th train of pulse ripples of basic waveform B4, output frequency is 16Hz electro photoluminescence, in basic waveform In the recurrent 5th train of pulse ripples of B5, output frequency is 20Hz electro photoluminescence.
Moreover, the basic waveform B1~B5 for being stored in output mode storage part 405a is properly selected, thus to regulation frequency The train of pulse ripple of rate is combined and constitutes and be stored in first of output mode storage part 405a as duration storage part ~the three output mode.First, as shown in table 1, the first output mode is to be configured to perform following 1st state~4 in order The preheating mode of state.The condition of each state is as follows.
(1) under the 1st state, 20 seconds, 100% output is carried out with the first train of pulse ripple (2Hz).Further, such as Fig. 9 institutes Show, the so-called soft start that line output voltage is gradually increased to 100% from 0% is entered in 5 seconds of the beginning under the 1st state.
(2) under the 2nd state, 20 seconds, 100% output is carried out with the second train of pulse ripple (4Hz).
(3) under the 3rd state, 10 seconds, 100% output is carried out with the 3rd train of pulse ripple (8Hz).
(4) under the 4th state, 10 seconds, 100% output is carried out with the 4th train of pulse ripple (16Hz).
Moreover, the duration (that is, the duration of the state of the 1st state~the 4th total) of the first output mode is one Minute.In such first output mode, the frequency of train of pulse ripple is configured to stepwise raise from 2Hz to 16Hz, therefore, First output mode is referred to as preheating mode.
Table 1
First output mode (preheating mode)
In the first output mode as the preheating mode, along with the frequency of train of pulse ripple from 2Hz stepwise Raised to 16Hz, the motion frequency of muscle is also raised, the gradually heating of the muscle, body.Thereby, it is possible to prevent the urgency of blood pressure Temporary oxygen deficiency in play rising, the muscle etc..In addition, the muscle gradually heats up, thus, CBF increases and caused The flexibility of the muscle is improved.Thus, in follow-up training mode, the effect of the stimulation to muscle is easily further obtained. In addition, by first carrying out the preheating mode before training mode, user can moderately be accustomed to stimulating, therefore improve body Body-sensing by.
Next, as shown in table 2, the second output mode is configured to perform the state of following 1st states~the 4th in order Training mode.The condition of each state is as follows.
(1) under the 1st state, 3 seconds (1-1 in table 2), 100% output is carried out with the 5th train of pulse ripple (20Hz), Then the state (1-2 in table 2) not exported of 2 seconds is maintained.Performed the action repeatedly in 5 minutes.
(2) under the 2nd state, 3 seconds (2-1 in table 2), 100% output is carried out with the 5th train of pulse ripple (20Hz), Then 2 seconds (2-2 in table 2), 100% output is carried out with the second train of pulse ripple (4Hz).Being performed repeatedly in 5 minutes should Action.
(3) under the 3rd state, 4 seconds (3-1 in table 2), 100% output is carried out with the 5th train of pulse ripple (20Hz), Then 2 seconds (3-2 in table 2), 100% output is carried out with the second train of pulse ripple (4Hz).Being performed repeatedly in 5 minutes should Action.
(4) under the 4th state, 5 seconds (4-1 in table 2), 100% output is carried out with the 5th train of pulse ripple (20Hz), Then 2 seconds (4-2 in table 2), 100% output is carried out with the second train of pulse ripple (4Hz).Being performed repeatedly in 5 minutes should Action.
Further, as shown in figure 9, in the second output mode, in 5 seconds of the respective beginning of state of the 1st state~the 4th, Enter line output voltage from 0% gradually increase to 100%, so-called soft start.
Moreover, the duration of the second output mode is 20 minutes.In such second mode, tieed up within specified time limit The 5th train of pulse ripple that frequency is 20Hz is held, it is the second of 4Hz that frequency is then maintained without output or within specified time limit Train of pulse ripple, therefore, is effectively stimulating muscle this respect more excellent.Therefore, the second output mode is referred to as training mode.
Table 2
Second output mode (training mode)
In above-mentioned second output mode, under the state of the 2nd state~the 4th, as described above, exporting the 5th train of pulse repeatedly Ripple (20Hz) and the second train of pulse ripple (4Hz).Moreover, the 5th pulse of the frequency in the scope with more than 15Hz below 30Hz String ripple (20Hz) is muscle is produced the electric signal not exclusively contracted by force.On the other hand, with less than the frequency in the range of 15Hz The second train of pulse ripple (4Hz) be muscle is produced single electric signal shunk.Therefore, the 2nd in above-mentioned second output mode Under state, output first output during (2-1 in table 2) and second export during (2-2 in table 2) it is alternately recurrent Electro photoluminescence, it is interior during described first exports, export the 5th arteries and veins for being used as and making muscle produce the first electric signal not exclusively contracted by force Punching string ripple (20Hz), it is interior during described second exports, export second for being used as and making muscle produce single the second electric signal shunk Train of pulse ripple (4Hz).Similarly, under the 3rd state in above-mentioned second output mode, output first output during (3-1) and (3-2) alternately recurrent electro photoluminescence during second output, under the 4th state, during the output of output first (4-1) and the (4-2) alternately recurrent electro photoluminescence during two outputs.
Moreover, in this example, as described above, the duration during the first output is 3 seconds under the 2nd state, in the 3rd shape It is 4 seconds under state, is 5 seconds under the 4th state.In addition, the appointing in the state of the 2nd state~the 4th duration during the second output It is 2 seconds under one state.So, in this example, the duration during the Duration Ratio second during the first output is exported It is long.Further, the duration during the first output and during the second output is not limited to this, it may be considered that electro photoluminescence is overall Duration, the duration of the output mode etc. and suitably set.
In addition, as shown in Fig. 7 and Fig. 8 (e), as containing positive pole in the 5th train of pulse ripple (20Hz) of the first electric signal The signal of property and the signal of negative polarity.Similarly, as shown in Fig. 7 and Fig. 8 (b), it is used as the second train of pulse of the second electric signal Also the signal containing positive polarity and the signal of negative polarity in ripple (4Hz).
Next, as shown in table 3, the 3rd output mode is configured to perform the state of following 1st states~the 4th in order Refrigerating mode.The condition of each state is as follows.
(1) under the 1st state, the output of 10 seconds is carried out with the 4th train of pulse ripple (16Hz).
(2) under the 2nd state, the output of 10 seconds is carried out with the 3rd train of pulse ripple (8Hz).
(3) under the 3rd state, the output of 20 seconds is carried out with the second train of pulse ripple (4Hz).
(4) under the 4th state, the output of 20 seconds is carried out with the first train of pulse ripple (2Hz).
Further, under the 3rd output mode, as shown in figure 9, the output under each state is 100% when the 1st state starts, It is gradually decrease at the end of the 4th state be 50%.
Moreover, the duration of the 3rd output mode is 1 minute.Under such 3rd output mode, train of pulse ripple Frequency is configured to stepwise reduce from 16Hz to 2Hz, therefore, the 3rd output mode is referred to as into refrigerating mode.
Table 3
3rd output mode (refrigerating mode)
Under the 3rd output mode as such refrigerating mode, along with train of pulse ripple frequency stepwise from 16Hz is reduced to 2Hz, the motion frequency reduction of muscle, and thus, muscle and body after the heating are gradually cooled down.Moreover, will be The fatigue substances produced under previous training mode in muscle are energetically discharged from the muscle, it is therefore prevented that fatigue substances are excessive Residue in the muscle.
As above, the first output mode (preheating mode), the second output mode (training mode), the 3rd output are consecutively carried out Total ascent time during pattern (refrigerating mode) is 22 minutes.In addition, in this example, as shown in figure 9, in the first output mode and Between two output modes and between each state of the second output mode total 4 at position be respectively equipped with stand-down of 2 seconds Between.Therefore, comprising this stop during whole process total ascent time for 22 points 8 seconds.
Then, the occupation mode below to the muscular electrostimulation device 1 of this example is described in detail.
Main motion flow S100 shown in Figure 10 is illustrated.In main motion flow S100, first, by operating surface 54 "+" press 2 seconds (S101).Thus, the power on of muscular electrostimulation device 1, muscular electrostimulation device 1 is started, also, Given notice by loudspeaker 43 warning tone (" serge-") (S102) having been turned on.Then, muscular electrostimulation device 1 is changed into output and treated Machine state, output level is set to 0, and makes the input ineffective treatment (S103) of operating portion 50.
Next, being detected (S104) by skin detection portion 402 to whether skin contacts with electrode portion 30.By skin Test section 402 detects skin when being contacted with electrode portion 30 (in S104 be), makes the validation of operating portion 50 (S105).Moreover, Output level is inputted (S106) by operating portion 50.The input of output level is carried out from the operating surface 54 of operating portion 50.Whenever right When the "+" of the operating surface 54 of operating portion 50 is pressed, output level just increases a grade, whenever to the "-" of operating surface 54 When being pressed, output level is reduced by a grade.If setting output level, sent out from control unit 40 to timer 404 Output commencing signal is sent, timer 404 proceeds by measurement (S107).In addition, (from the effective of operating portion 50 between when in use After change until power supply disconnect untill) any moment can carry out the operation of output level.
When being measured timer 404 (elapsed time is 0) during untill the elapsed time reaches 1 minute It is interior, the output mode of electrode portion 30 is set to the first output mode (preheating mode) (S108).Reached 1 minute when the elapsed time When, the output mode of electrode portion 30 is switched into the second output mode by the output mode switching part 405 as frequency setting portion (training mode), and until maintaining the pattern (S109) in 20 minutes untill the elapsed time reaches 21 minutes.When passing through Between when reaching 21 minutes, by the output mode of electrode portion 30 is switched to as the output mode switching part 405 in frequency setting portion 3rd output mode (refrigerating mode), and until maintaining the pattern in 1 minute untill the elapsed time reaches 22 minutes (S110).When reaching 22 minutes in the elapsed time, terminate the measurement (S111) of timer 404.Then, muscular electrostimulation device is made 1 stops (S112).So, by performing S108 to S111 flow, the first output mode is performed in the way of one is combined (in advance Heat pattern), the second output mode (training mode), the 3rd output mode (refrigerating mode) then terminate.
On the other hand, when being judged as that skin is not contacted with electrode portion 30 by skin detection portion 402 (no in S104), by Loudspeaker 43 is given notice the warning tone (" serge, serge, serge ") (S113) of the situation.Moreover, from control unit 40 to power-off meter Number device 403 sends count start signal, and power-off counter 403 starts the measurement (S114) to the elapsed time.
Next, (S115) is detected to whether skin contacts with electrode portion 30 by skin detection portion 402, when by skin When test section 402 detects skin and contacted with electrode portion 30, it is back to above-mentioned step S103 and is changed into output holding state (S115 In be).On the other hand, when being judged as that skin is not contacted with electrode portion 30 by skin detection portion 402 (no in S115), it is right Whether the elapsed time in power-off counter 403, which has exceeded 2 minutes, is judged (S116).When being judged as power-off meter When counting the elapsed time in device 403 not less than 2 minutes (no in S116), S115 is returned again to, and by skin detection portion 402 Detected to whether skin contacts with electrode portion 30.On the other hand, in S116, when being judged as power-off counter 403 In elapsed time more than 2 minutes when (in S116 be), close the power supply (S117) of muscular electrostimulation device 1.
Next, to being interrupted between S105~S110 in above-mentioned main motion flow S100 at the interruption of priority treatment Reason is illustrated.As shown in figure 11, as the first interrupt processing, skin detection interrupt processing S200 is carried out.Skin detection is interrupted Processing S200 is used as electrode when being come off using midway from human body automatically by the function of power-off.In skin detection In disconnected processing S200, first, (S201) is detected to whether skin contacts with electrode portion 30 by skin detection portion 402, by Skin detection portion 402 detects skin when being contacted with electrode portion 30 (in S201 be), is back in main motion flow S100 Flow originally.On the other hand, it is being judged as skin when not contacted with electrode portion 30 (in S201 by skin detection portion 402 It is no), the warning tone (" serge, serge, serge ") (S202) for the situation of being given notice by loudspeaker 43.Moreover, from control unit 40 to power supply Close counter 403 and send count start signal, power-off counter 403 starts the measurement (S203) to the elapsed time.
Next, being detected (S204) by skin detection portion 402 to whether skin contacts with electrode portion 30.When by skin When test section 402 detects skin and contacted with electrode portion 30, the step S103 in main motion flow S100 is back to (in S204 It is).On the other hand, when being judged as that skin is not contacted with electrode portion 30 by skin detection portion 402 (no in S204), to power supply Whether the elapsed time closed in counter 403 was judged (S205) more than 2 minutes.When being judged as power-off counter When elapsed time in 403 was not less than 2 minutes (no in S205), S204 is returned again to, by skin detection portion 402 to skin Whether contact and detected with electrode portion 30.On the other hand, in S205, when the warp being judged as in power-off counter 403 When spending the time more than 2 minutes (in S205 be), the power supply (S206) of muscular electrostimulation device 1 is closed.
Next, as shown in figure 12, it is preferential to being interrupted between S105~S110 in above-mentioned main motion flow S100 Second interrupt processing of processing is that cell voltage reduction processing S300 is illustrated.Cell voltage reduction processing S300 is in battery The function of power supply is automatically turned off during 21 cell voltage reduction.Thus, user is situations such as the replacing for the treatment of of battery is needed Under can easily know the information.First, the electricity of the battery 21 of the power supply unit 20 detected by 406 pairs of battery voltage detection portion Whether cell voltage V is judged (S301) less than defined threshold value Vm.When be judged as cell voltage V be not less than as defined in threshold value Vm When (no in S301), be back to the original flow in main motion flow S100.On the other hand, when being judged as cell voltage V During less than defined threshold value Vm, the warning tone (" serge, serge, serge ") (S302) for the situation of being given notice by loudspeaker 43.Moreover, from Control unit 40 sends count start signal to power-off counter 403, and power-off counter 403 started to the elapsed time Measure (S303).
Next, whether being judged (S304) more than 2 minutes the elapsed time in power-off counter 403.When It is judged as when the elapsed time in power-off counter 403 was not less than 2 minutes (no in S304), returning again to S304. When the elapsed time being judged as in power-off counter 403 was more than 2 minutes (in S304 be), muscle electric stimulation dress is closed Put 1 power supply (S305).
Next, as shown in figure 13, it is preferential to being interrupted between S105~S110 in above-mentioned main motion flow S100 3rd interrupt processing of processing is that interrupt processing S400 is illustrated.First, the operation by control unit 50 to press operating part 50 Whether the time of the "-" button in face 54, which reaches more than 2 seconds, is judged (S401).When the operating surface for being judged as press operating part 50 When the time of 54 "-" button is not up to more than 2 seconds (no in S401), the original stream in main motion flow S100 is back to Journey.On the other hand, when being judged as that the time for pressing "-" button reaches more than 2 seconds (in S401 be), sent by loudspeaker 43 Warning tone (" serge-") (S402), the warning tone is notified the power-off of muscular electrostimulation device 1 and situation about terminating. Then, power supply (S403) is closed.
Below, the action effect of the muscular electrostimulation device 1 of this example is described in detail.
In the muscular electrostimulation device 1 of this example, in the electro photoluminescence of output, during alternately occurring the first output repeatedly During (2-1,3-1,4-1) and the second output (2-2,3-2,4-2).By the muscle of the electro photoluminescence, the phase is exported first first Between incomplete strong contracting or completely strong of (2-1, the 3-1,4-1) internal cause based on the 5th train of pulse ripple (20Hz) as the first electric signal Contracting (being not exclusively strong contracting in this example) produces the contracts last of muscle, thus allows for effective muscular training.Thus, it is real The enhancing of muscle is showed.With and this, produce fatigue substances in the muscle.Then, (2-2,3-2,4- during second exports 2) in, intramuscular blood circulation is promoted because of single shrink based on the second train of pulse ripple (4Hz) as the second electric signal, The fatigue substances that will be produced during first exports in (2-1,3-1,4-1) are energetically discharged from the muscle.Moreover, by fatigue After material is fully discharged, (2-1,3-1,4-1) arrives again during the first output, carries out successively in order based on not exclusively strong Contracting or the promotion of the enhancing of the muscle contracted by force completely and the discharge to fatigue substances, the promotion of the discharge of the fatigue substances Based on by second export during single in (2-2,3-2,4-2) shrink the sanguimotor promotion realized.Thus, even if continuously Using the muscular electrostimulation device 1 of this example, fatigue substances are also difficult to accumulate in muscle, therefore, it is possible to effectively stimulate muscle. Further, due to alleviating the burden of user, therefore, even if using for a long time, use feeling is also preferable, can promote user Energetically persistently use.
In this example, there is more than 15Hz below 30Hz scope as the 5th train of pulse ripple (20Hz) of the first electric signal Interior frequency, has the frequency being less than in the range of 15Hz as the second train of pulse ripple (4Hz) of the second electric signal.Thus, exist During first output in (2-1,3-1,4-1), muscle can be made by the use of the 5th train of pulse ripple (20Hz) as the first electric signal Not exclusively strong contracting is produced, during second exports in (2-2,3-2,4-2), the second pulse as the second electric signal can be utilized String ripple (4Hz) makes muscle stably produce single contraction.As a result, can make in (2-1,3-1,4-1) during first exports Muscle is moderately shunk without making its excess shrinkage.Thus, it is suppressed that fatigue substances are sharp produced in muscle, can more have Effect ground stimulates muscle.The fatigue substances produced during first exports in (2-1,3-1,4-1) (2-2,3- during second exports 2nd, 4-2) in discharged from muscle so that even if continuously with can also prevent the accumulation of fatigue substances.
Although further, use makes muscle produce the 5th train of pulse ripple (20Hz) not exclusively contracted by force as first in this example Electric signal, but can also be instead using the 4th train of pulse ripple (16Hz) for equally making muscle generation not exclusively contract by force. In this case, the action effect equal with this example is also functioned to.
Although further, using the telecommunications for making muscle generation not exclusively contract by force in (2-1,3-1,4-1) during first exports Number as the first electric signal, but can also be completely strong using produce muscle in (2-1,3-1,4-1) during first exports The electric signal of contracting is used as the first electric signal.In this case, except being to produce the electric signal not exclusively contracted by force because of the first electric signal And outside the action effect realized, play the action effect equal with this example.
In addition, in this example, as the first electric signal the 5th train of pulse ripple (20Hz) and be used as the second electric signal Signal containing positive polarity and the signal of negative polarity respectively in second train of pulse ripple (4Hz).Thus, easily eliminate in electro photoluminescence Electric charge it is unbalance, therefore, it is possible to further mitigate user pain.As a result, can further improve using this example Body-feeling during muscular electrostimulation device 1.
In addition, in this example, during the Duration Ratio second of (2-1,3-1,4-1) is exported during the first output (2-2, 3-2,4-2) duration it is long.Thus, in the electro photoluminescence of output, (2-1,3-1,4- during the first output have been substantially ensured that 1), so as to further increase the enhancing effect of muscle.
In addition, in this example, as the first electric signal the 5th train of pulse ripple (20Hz) and be used as the second electric signal At least one party's (in this example be both sides) of second train of pulse ripple (4Hz) output pulse string ripple (basic waveform B1~B5) repeatedly.And And, in this example, there is train of pulse ripple (basic waveform B1~B5) disjunction to believe for multiple Square wave pulses as electric signal Number S1~S5.The train of pulse ripple (basic waveform B1~B5) is identified as an electric signal in muscle.Moreover, with it is undivided The situation of continuous electric signal is compared, and can shorten the duration (impulse amplitude) of each electric signal P1~P5 after segmentation, because This, can mitigate the pain of the skin of user.Therefore, it is possible to improve the body-feeling of user.
In addition, in this example, train of pulse ripple (basic waveform B1~B5) includes P and the output of pulse group during the output of pulse group Interruption period between The following article N1~N5, multiple square waves are exported during the pulse group is exported in P across output dwell time R1~R5 Pulse signal S1~S5, the pulse group output Interruption period between The following article N1~N5 is longer than output dwell time R1~R5 and in the arteries and veins Rectangular wave pulse signal S1~S5 output, the train of pulse ripple (basic waveform B1 are interrupted in punching group output Interruption period between The following article N1~N5 ~B5) frequency constitute as the first electric signal being made up of above-mentioned train of pulse ripple the 5th train of pulse ripple (20Hz), Yi Jizuo For the frequency of the second train of pulse ripple (4Hz) of the second electric signal.Thus, square wave arteries and veins is formed as in P during pulse group is exported Rush signal S1~S5 and be output dwell time R1~R5 disjunctions for multiple states.Therefore, with during pulse group is exported in P not The situation for continuously exporting to disjunction rectangular wave pulse signal S1~S5 is compared, and can keep rectangular wave pulse signal S1~S5's While adding up to output time identical, reduce the rectangular wave pulse signal S1~S5 impulse amplitude of each.As a result, energy Enough while the electro photoluminescence that the nerve for maintaining to export and to muscle or with muscle be connected from muscular electrostimulation device 1 is flowed into, subtract The pain of light user, therefore, it is possible to improve using body-feeling during muscular electrostimulation device 1.
In addition, in train of pulse ripple (basic waveform B1~B5), being configured in P across output stop during pulse group is exported Only time N1~N5 and export multiple rectangular wave pulse signal S1~S5, still, with the pulse group output during P it is identical During, the train of pulse ripple during the pulse that continuously exports output compare, P is identical during the output of pulse.Therefore, even in tool Have across output dwell time N1~N5 pulse group output during P train of pulse ripple in, also result in with not across Export the close body-feeling of train of pulse ripple during the pulse output of dwell time.
In addition, during pulse group is exported in P, multiple Square wave pulses letters are exported across output dwell time N1~N5 Number S1~S5, therefore, during pulse group is exported P duration be multiple rectangular wave pulse signal S1~S5 impulse amplitude and All output dwell time N1~N5's is total.Therefore, with such pulse group export during P duration in regardless of The disconnected continuous output rectangular wave pulse signal S1~S5 in ground situation is compared, the P duration phase during the output of pulse group is kept While same, correspondingly shorten the actual output of pulse signal time with output dwell time N1~N5, disappear therefore, it is possible to reduce Power consumption power.Therefore, it can be also driven even with the power supply of low capacity, therefore contribute to the miniaturization of device.
In addition, defeated as the first electric signal and the train of pulse ripple of the second electric signal that form electro photoluminescence, including pulse group Go out period P and pulse group output Interruption period between The following article R1~R5, pulse group output Interruption period between The following article R1~R5 Duration Ratio pulse group Output dwell time N1~N5 length during output in P.Due to possessing such pulse group output Interruption period between The following article in train of pulse ripple R1~R5, it is therefore not necessary to change P during the output of pulse group, the duration that pulse group only is exported into Interruption period between The following article R1~R5 becomes More defined length just easily can will be used as the frequency setting of the first electric signal and the train of pulse ripple of the second electric signal For desired value.Thereby, it is possible to easily be controlled, it is suitable for making contraction of muscle, the frequency of relaxation to export to include having The electro photoluminescence as the first electric signal and the train of pulse ripple of the second electric signal, and can effectively stimulate muscle.
In this example, mutually different rectangular wave pulse signal S1~S5 containing polarized in P during pulse group is exported.By This, in a train of pulse ripple (basic waveform B1~B5), easily eliminates the unbalance of electric charge, makes therefore, it is possible to further mitigation The pain of user.As a result, can further improve using body-feeling during muscular electrostimulation device 1 and using easy Degree.
Further, as shown in this example, when 5 squares exported during the first pulse group output in the first train of pulse ripple in P Shape wave pulse signal S1~S5 according to " positive and negative, positive and negative, just " Sequential output when, will can be arrived after the first train of pulse ripple Come the second train of pulse ripple in the second pulse group output during in output 5 rectangular wave pulse signals according to " it is negative, positive, negative, It is positive and negative " Sequential output.In this case, it can reliably be eliminated and be produced in the first train of pulse ripple by the second train of pulse ripple Electric charge it is unbalance, therefore, it is possible to further mitigate user pain.Further, during above-mentioned second pulse group is exported It is interior, only the multiple rectangular wave pulse signal S1~S5 exported during above-mentioned first pulse group is exported in P polarity inversion (is made Current potential is inverted), therefore, controlled with the polarity of each rectangular wave pulse signal in during being exported respectively to each pulse group The situation of system is compared, and can mitigate control load.
Moreover, P electric signal is output dwell time R1~R5 and is divided into multiple Square wave pulses during the output of pulse group Signal S1~S5, thus, the continuous conduction time (that is, impulse amplitude) during pulse group is exported in P shorten.Moreover, as above institute State, during same pulse group is exported in P, rectangular wave pulse signal S1~S5 is alternately changed into positive polarity and negative polarity, so that Eliminate the unbalance of electric charge, also, the rectangular wave pulse signal S1 during being exported with the pulse group in P~anti-phase S5 square wave Pulse signal S1~S5 then arrives.As a result, in each electrode 311~323, electric charge is inclined to the state of a positive or negative side Under continuous conduction time become extremely short.
Moreover, in each electrode 311~323 in the state of charge imbalance, the formation material of electrode 311~323 is used as Contained silver in silver paste, because the sulfur component of the sulphurous acid gas in air etc. occurs sulphide staining and easily changes colour.But, In this example, as described above, rectangular wave pulse signal S1~S5 is alternately changed into positive polarity and negative polarity and in order by electric charge Unbalance elimination, also, the continuous conduction time that electric charge is inclined in the state of a positive or negative side become extremely short, therefore, it is possible to Suppress above-mentioned vulcanization reaction.Changed colour thereby, it is possible to effectively suppress electrode 311~323 in the way of nigrescence.In addition, have Contain in Shi Shangshu silver pastes silver can also because oxidation, chlorination and changed colour in the way of nigrescence, still, this also can similarly be entered Row suppresses.
Further, in this example, the mutually different rectangular wave pulse signal containing polarized in P during same pulse group is exported S1, S3, S5 and rectangular wave pulse signal S2, S4, but it is also possible to be instead formed as mode.By the first train of pulse ripple The output of the first pulse group during P all rectangular wave pulse signal S1~S5 polarity be set to just, will be in the first train of pulse ripple Institute during the second pulse group output for the second train of pulse ripple for exporting Interruption period between The following article R1~R5 across pulse group afterwards and arriving The polarity for having rectangular wave pulse signal is set to negative, and exports the first train of pulse ripple and the second train of pulse ripple repeatedly.In this case, For during each pulse group is exported, the polarity of rectangular wave pulse signal is identical, still, in the train of pulse ripple exported repeatedly In entirety, containing the mutually different rectangular wave pulse signal of polarized.In this case, also can be by the second train of pulse ripple reliably Eliminate produced in the first train of pulse ripple electric charge it is unbalance, therefore, it is possible to further mitigate user pain.
In this example, during pulse group output Interruption period between The following article R1~R5 Duration Ratio pulse group output P it is lasting when Between (1ms) it is long.Thus, Interruption period between The following article R1~R5 is exported by pulse group and substantially ensures that the arteries and veins exported repeatedly in train of pulse ripple P interval during punching group is exported, therefore, easily makes user by multiple rectangular wave pulse signals in P during the output of pulse group S1~S5 is identified as an electro photoluminescence.As a result, can be easily from the rectangle of high frequency (in this example, frequency is 5000Hz) Wave pulse signal S1~S5 output low frequencies (in this example, being 2~20Hz) train of pulse ripple, can export and be suitable for stimulating muscle Electro photoluminescence.
In this example, with train of pulse ripple type storage part (output mode storage part 405a) and (output of frequency setting portion Pattern switching portion 405), multiple train of pulse ripple type (basic waveform B1 are previously stored with the train of pulse ripple type storage part ~B5), P duration is identical during the multiple train of pulse ripple type is exported because of pulse group and pulse group exports interruption Between R1~R5 duration it is different and with mutually different frequency, the frequency setting portion is by from being stored in train of pulse ripple Any one is selected in multiple train of pulse ripple types (basic waveform B1~B5) of type storage part (output mode storage part 405a) And the frequency to the train of pulse ripple in electro photoluminescence is set.Thus, due to train of pulse ripple type storage part, (output mode is stored Portion 405a) in be previously stored with the train of pulse ripple types (basic waveform B1~B5) of multiple assigned frequencies, therefore, changing pulse During the frequency of string ripple, frequency setting portion (output mode switching part 405) is only from train of pulse ripple type storage part, (output mode is deposited Storage portion 405a) in storage train of pulse ripple type in select as defined in type, easily the frequency to train of pulse ripple become More.Thus, be formed as being suitable for the muscular electrostimulation device 1 of effective stimulus muscle.
In addition, in this example, the impulse amplitude of rectangular wave pulse signal S1~S5 in train of pulse ripple and output stop Time N1~N5 is constant.Thus, frequency easily based on train of pulse ripple and the electro photoluminescence for putting on muscle is changed.Cause This, frequency easily based on train of pulse ripple and electro photoluminescence is adjusted so that easily output is suitable for effective stimulus muscle Electro photoluminescence.
In addition, in this example, including：Main part 10；Export the multiple electrodes portion 30 of electro photoluminescence；Electricity is supplied to electrode portion 30 The power supply unit 20 of power；The control unit 40 that power supply to power supply unit 20 is controlled；And be configured to control unit 40 The operating portion 50 that is changed of control mode, power supply unit 20 is built in main part 10.Thus, without preparing in outside to electrode The electric power that portion 30 is supplied, therefore, even in being difficult to ensure that the outdoor or outgoing etc. of power supply also can use easily.Separately Outside, due to the flexible cord that need not be used to be connected with power supply etc., this improves ease of use, and portability is also more excellent It is different.Thus, muscular electrostimulation device 1 is suitable under circumstances stimulating muscle by above-mentioned electro photoluminescence.
In addition, in this example, electrode portion 30 is formed with multiple in the base material 33 for the sheet being extended from main part 10 Electrode 311~313,321~323 and wire portion 311a~313a, 321a~323a, the wire portion 311a~313a, 321a~323a electrically connects electrode 311~313,321~323 and power supply unit 30 via control unit 40.Thus, from main body The base material 33 of the extended sheet in portion 10 is formed with electrode portion 30, can be by main part 10 and the integration of electrode portion 30.Cause This, it is not necessary to is for flexible cord for connecting main part 10 and electrode portion 30 etc..Thus, power supply unit is built in main part, and main Body portion and electrode portion realize integration, are used under circumstances therefore, it is possible to play excellent portability.Moreover, logical Crossing makes power supply unit 20, main part 10 and the integration of electrode portion 30, muscular electrostimulation device 1 easily with respect to human body 2 installation, Dismounting, particularly even in just use muscular electrostimulation device 1 after the muscular fatigue in the state of, also can easily by Muscular electrostimulation device 1 is pulled down.Therefore, muscular electrostimulation device 1 is more suitable under circumstances by above-mentioned electro photoluminescence And effectively muscle is stimulated.
In addition, in this example, possessing the battery 21 that can be changed in power supply unit 20.Thus, battery 21 is only changed just can Electric power is supplemented, therefore, is easily used for a long time to more than battery capacity.Thus, the battery without built-in excess capacity, therefore Being capable of miniaturization of the apparatus.
In addition, battery 21 can be set to button-type battery or Coin-shaped battery, it is in this example Coin-shaped battery.By This, because battery 21 is compact battery, therefore contributes to the miniaturization of muscular electrostimulation device 1.Moreover, being pierced along with muscle electricity The miniaturization of excitation device 1 and lightweight can be realized, therefore, electrode portion 30 is difficult to peel off from the body of user, come off, and improves Ease of use, and also improve portability.Further, battery 21 or thin battery, therefore additionally aid muscle electricity The slimming of stimulating apparatus 1.Moreover, muscular electrostimulation device 1 is thin type structure, thus, user can be provided with muscle Wearing clothes from the upper side in the state of electrical stimulation device 1.Therefore, it is possible in way on and off duty or in way of going to school and leaving school, housework or Muscular electrostimulation device 1 is used in the operations such as work, under other various situations.In addition, button-type battery and other dry cells etc. Compare, with stable flash-over characteristic under higher operating voltage, therefore, it is possible to make muscle electric stimulation in longer time Device 1 stably works.
In addition, rated voltage can be used for 3.0~5.0V battery as battery 21, in this example, using 3.0V's Battery 21.Because the driving voltage of the electronic unit 42, the loudspeaker 43 that possess in muscular electrostimulation device 1 etc. is consistent, therefore, nothing Reduction voltage circuit and booster circuit need to be prepared in addition in order to drive these electronic units 42,43.It is small-sized thereby, it is possible to contribute to Change.
In addition, in above-mentioned power supply unit 20, above-mentioned replaceable battery 21 can be replaced and built-in be rechargeable battery.Make For the charhing unit of such battery, can possess the terminal for the power supply that can be connected with external power source, can also possess makes With the power supply of the non-contact type of electromagnetic induction.In this case, due to can the Reusability battery, therefore, with using The situation of the battery of non-charge type is compared, and can cut down running stores.
In addition, in this example, electrode portion 30 has the electrode 311~313,321~323 of more than 3.As described above, because Consumption electric power is reduced containing output dwell time N1~N5 in P during pulse group is exported, therefore, even in possessing 3 In electrode 311~313 above, 321~323 this structure, it can also apply sufficient electro photoluminescence.Thereby, it is possible to a wide range of Muscle apply electro photoluminescence, therefore, it is possible to effectively stimulate muscle.
Further, in this example, the base material 33 that power pole portion 30 is formed is extended from main part 10, also, be bonded with from The extended electrode support 121 of shell formation body 12, thus, electrode portion 30 forms as one with main part 10.It can take And instead of be configured to：Base material 33 and main part 10 are formed as Split type structure, and electrode support 121 and shell formation body 12 Be formed as Split type structure, thus, main part 10 and electrode portion 30 can be separated from each other in non-usage.In this case, energy It is enough that electrode portion 30 is separated from main part 10 and changed with the electrode portion of other modes.Further, since electrode portion 30 does not have There is electronic unit, therefore, easily can be cleaned by being isolated to electrode portion 30.
According to the present invention, as described above, it is possible to provide a kind of muscular electrostimulation device 1, it can effectively stimulate muscle, Even if also, use for a long time, use feeling is also preferable, and user can be promoted energetically persistently to use.
In this example, the second output mode (training mould is performed based on the state of the 1st state~the 4 shown in above-mentioned table 2 Formula).Variation 1 that can also instead as described below is formed as like that：In 1st state~4th equal with this example In state, the 2a states shown in table 4 are performed between the 2nd state and the 3rd state, are performed between the 3rd state and the 4th state 3a states shown in table 4.
Table 4
Second output mode (training mode)
In variation 1, as shown in table 4, acted as follows under 2a states and 3a states.
(2a) under 2a states, with the second train of pulse ripple (4Hz) carry out 10 seconds, (2a- after 100% output 1) 10 seconds, 100% output (2a-2), is carried out with the 3rd train of pulse ripple (8Hz), further, hereafter with the 4th train of pulse ripple (16Hz) carries out 10 seconds, 100% output (2a-3).
(3a) under 3a states, with the second train of pulse ripple (4Hz) carry out 10 seconds, (3a- after 100% output 1) 10 seconds, 100% output (3a-2), is carried out with the 3rd train of pulse ripple (8Hz), further, hereafter with the 4th train of pulse ripple (16Hz) carries out 10 seconds, 100% output (3a-3).
Further, in the variation 1, compared with second output mode (with reference to table 2) of this example, add 2a states with And 3a states, therefore, it is consecutively carried out the first output mode (preheating mode), the second output mode (training mould shown in table 4 Formula) and total ascent time during the 3rd output mode (refrigerating mode) be 23 minutes.
I.e., in this example, under the 2nd state, not exclusively strong contracting and single contraction are iteratively produced within specified time limit (300 seconds) Afterwards (2-1,2-2 in table 4), it is single as muscle is produced being exported respectively using specified time limit (10 seconds) under 2a states (2a-1,2a- in table 4 after the second train of pulse ripple (4Hz) and the 3rd train of pulse ripple (8Hz) of the 3rd electric signal shunk 2), exported using (10 seconds) specified time limit and be used as the 4th train of pulse ripple for making muscle produce the 4th electric signal not exclusively contracted by force (16Hz) (2a-3 in table 4).Moreover, hereafter by during 2 seconds stop, under the 3rd state, it is iteratively produced based on being used as the 5th train of pulse ripple (20Hz) of one electric signal it is incomplete it is strong contracting and based on the second train of pulse ripple as the second electric signal The single of (4Hz) shrinks (3-1,3-2 of table 4).Then, it is also identical with 2a states under 3a states, with specified time limit (10 seconds) are exported as (table 4 after the second train of pulse ripple (4Hz) of the 3rd electric signal and the 3rd train of pulse ripple (8Hz) respectively 3a-1,3a-2), using (10 seconds) specified time limit export be used as the 4th electric signal the 4th train of pulse ripple (16Hz) (3a- of table 4 3)。
In 2a states, the frequency for being configured to train of pulse ripple is stepwise raised from 4Hz to 16Hz, therefore, from 2a State to the 3rd state switch when frequency change it is more smooth.Equally, frequency when switching from 3a states to the 4th state becomes Change more smooth.Moreover, in the variation 1, relative to the situation of embodiment 1,2a states and 3a states have been added, from And, the type of the electro photoluminescence under the second output mode (training mode) is varied widely.As a result, can prevent because using Person get used to the reduction of body-feeling caused by the electro photoluminescence, so as to more effectively stimulate rectus aabdominis.In addition, by setting 2a states, 3a states are put, the effect of the fatigue substances in the muscle that fatigue is discharged by the application of electro photoluminescence is also acted Really.Further, in so variation 1 of the second output mode of setting (training mode), also play equal with embodiment 1 Action effect.
Further, in embodiment 1, possessing 6 electrodes 311~313,321~323, but it is not limited thereto, can possesses Two or more.For example, in variation 2, as shown in Figure 14,15, as electrode, being formed as the electrode 311,321 with embodiment 1 Identical structure, but possess the electrode 311,321 of a two big circle.Further, to composition equal with embodiment 1 in variation 2 Simultaneously the description thereof will be omitted for key element mark identical symbol.In this case, the action effect equal with embodiment 1 is also achieved.And And, according to the muscular electrostimulation device 1 of variation 2, compared with situation (reference picture 2) of the electrode for 6, electrode 311,321 Number is less, therefore, it is possible to increase the consumption electric power of each electrode, therefore, each electrode 311,321 is increased a circle.Thus, expand It is big to apply the scope of electro photoluminescence by an electrode, so as to easily stimulate the muscle at the larger positions such as arm, huckle.
Further, in embodiment 1, when changing the frequency of train of pulse ripple, frequency setting portion (output mode switching part 405) Type as defined in being selected from the train of pulse ripple type for being stored in train of pulse ripple type storage part (output mode storage part 405a). Following variation 3 can also be instead set to.In variation 3, as shown in figure 16, have：Alternatively train of pulse The operating surface 54a of the frequency selector of the frequency of ripple；Interruption period between The following article duration calculation portion 405b；And Interruption period between The following article continue when Between configuration part 405c.
Moreover, Interruption period between The following article duration calculation portion 405b is based on the frequency selected by frequency selector (operating surface 54a) And the duration for exporting Interruption period between The following article to pulse group calculates.
Interruption period between The following article duration configuration part 405c based on by Interruption period between The following article duration calculation portion 405b calculate it is upper The duration stated the duration and export Interruption period between The following article to above-mentioned pulse group sets.
Further, for inscape equal with embodiment 1 in variation 3, simultaneously the description thereof will be omitted for mark identical symbol.
According to the variation 3, the frequency setting of train of pulse ripple can be scheduled to last by frequency selector (operating surface 54a) The frequency of prestige, therefore, train of pulse is suitably set according to the hobby (intensity, contraction and the interval of relaxation of contraction) of user The frequency of ripple, thus, be formed as each user can further effective stimulus muscle muscular electrostimulation device 1.Again Have, in the variation 3, in addition to the action effect relevant except the change mode with the frequency of train of pulse ripple, play and implement The equal action effect of example 1.

Claims (8)

1. a kind of muscular electrostimulation device, it applies electro photoluminescence to muscle,
The muscular electrostimulation device is characterised by,
It is interior during described first exports in the electro photoluminescence alternately repeatedly during the output of appearance first and during the second output Output causes incomplete strong contracting and the first electric signal of at least one party contracted by force completely of the muscle, in the described second output Output causes single the second electric signal shunk of the muscle in period.
2. muscular electrostimulation device according to claim 1, it is characterised in that
First electric signal has the frequency in more than 15Hz below 30Hz scope, and second electric signal, which has, to be less than Frequency in the range of 15Hz.
3. muscular electrostimulation device according to claim 1 or 2, it is characterised in that
Signal containing positive polarity and the signal of negative polarity respectively in first electric signal and second electric signal.
4. according to muscular electrostimulation device according to any one of claims 1 to 3, it is characterised in that
Duration during second output described in Duration Ratio during first output is long.
5. according to muscular electrostimulation device according to any one of claims 1 to 4, it is characterised in that
At least one party in first electric signal and second electric signal is that output pulse string ripple is formed repeatedly.
6. muscular electrostimulation device according to claim 5, it is characterised in that
The train of pulse ripple exports Interruption period between The following article during being exported including pulse group with pulse group, interior during the pulse group is exported Multiple rectangular wave pulse signals are exported across output dwell time, the pulse group output Interruption period between The following article stops than the output Time length and the output that rectangular wave pulse signal is interrupted in pulse group output Interruption period between The following article, the frequency of the train of pulse ripple Rate constitutes the frequency of first electric signal and second electric signal that export the train of pulse ripple repeatedly.
7. according to muscular electrostimulation device according to any one of claims 1 to 6, it is characterised in that
The muscular electrostimulation device includes：Main part；Electrode portion, it exports the electro photoluminescence；Power supply unit, it is to the electrode portion Supply electric power；Control unit, its power supply to the power supply unit is controlled；And operating portion, consisting of can be to the control The control mode in portion processed is changed, and the power supply unit is built in the main part.
8. muscular electrostimulation device according to claim 7, it is characterised in that
The electrode portion is formed with the base material for the sheet being extended from the main part：Multiple electrodes；And wire portion, It electrically connects the electrode and the power supply unit via the control unit.
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110913944A (en) * 2018-06-08 2020-03-24 株式会社好玛研究所 Electrical stimulation device
CN111655327A (en) * 2018-01-31 2020-09-11 株式会社 Ｍｔｇ Muscle electrical stimulation device

Families Citing this family (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
USD870299S1 (en) * 2017-04-03 2019-12-17 Shenzhen Heigou Industrial Co., Ltd Electrical muscle stimulation trainer set
JP2018183480A (en) * 2017-04-27 2018-11-22 株式会社 Ｍｔｇ Muscle electrostimulator
USD834209S1 (en) * 2017-08-23 2018-11-20 Tong De Limited Muscle stimulator
JP6609605B2 (en) * 2017-09-20 2019-11-20 エレコム株式会社 EMS equipment
FR3083123A1 (en) 2018-06-29 2020-01-03 Ga. Promotion NEURO-MUSCULAR ELECTRIC STIMULATION METHOD AND SYSTEM
KR102515448B1 (en) 2018-10-01 2023-03-30 료지 쿠와하타 bio stimulator
DE202019003554U1 (en) 2019-08-27 2019-09-09 Hivox Biotek Inc. Electrostimulation device with heating function
CN112999515A (en) * 2021-02-19 2021-06-22 中国人民解放军总医院第二医学中心 Tongue electrical stimulation method and device and related equipment

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20020016617A1 (en) * 1996-06-13 2002-02-07 Oldham Jacqueline A. Stimulation of muscles
CN103052424A (en) * 2010-06-04 2013-04-17 大学健康网络 Functional electrical stimulation device and system, and use thereof
JP5461109B2 (en) * 2009-08-27 2014-04-02 株式会社都 Low frequency pulse applying device and method of using the same

Family Cites Families (17)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0459945B1 (en) * 1990-05-26 1997-11-19 MED-EL Medical Electronics Elektro-medizinische Geräte GmbH Neuromuscular electrical stimulation device
GB9211085D0 (en) * 1992-05-23 1992-07-08 Tippey Keith E Electrical stimulation
DE69729452T2 (en) * 1996-06-13 2005-06-30 The Victoria University Of Manchester MUSCLE IRRITATION
ATE311927T1 (en) * 1998-06-03 2005-12-15 Neurocontrol Corp PERCUTANE INTRAMUSCULAR STIMULATION SYSTEM
US8751003B2 (en) * 2004-02-11 2014-06-10 Ethicon, Inc. Conductive mesh for neurostimulation
JP2006271689A (en) * 2005-03-29 2006-10-12 Terumo Corp Stimulating apparatus and its control method
CN100534547C (en) * 2005-10-28 2009-09-02 上海塔瑞莎健康科技有限公司 Low frequency therapeutical device for promoting nerve recovery and musclar movement
GB0523918D0 (en) * 2005-11-24 2006-01-04 Femeda Ltd Self contained device with treatment cycle for electrostimulation
JP4731416B2 (en) * 2006-07-03 2011-07-27 伊藤超短波株式会社 Muscle training equipment
JP2012531990A (en) * 2009-07-10 2012-12-13 ユニバーシティ・カレッジ・ダブリン，ナショナル・ユニバーシティ・オブ・アイルランド，ダブリン Method and apparatus for stimulating lumbar and abdominal muscles
SE534365C2 (en) * 2010-04-27 2011-07-26 Inerventions Ab System and clothing for relaxing a spastic muscle
JP5751002B2 (en) * 2010-11-17 2015-07-22 オムロンヘルスケア株式会社 Electrode pad
TWI457152B (en) * 2011-08-25 2014-10-21 Univ Nat Yunlin Sci & Tech Feedback controllable electrical stimulation device for upper limb
JP5920910B2 (en) * 2011-10-31 2016-05-18 オージー技研株式会社 Electrical stimulation device and electrical stimulation device system
JP2013126486A (en) * 2011-12-19 2013-06-27 Panasonic Corp Electrostimulator
SE1250685A1 (en) * 2012-06-26 2013-12-27 Inerventions Ab Medical therapy arrangement
JP2016163663A (en) * 2015-03-06 2016-09-08 株式会社 Ｍｔｇ Muscle electrostimulator

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20020016617A1 (en) * 1996-06-13 2002-02-07 Oldham Jacqueline A. Stimulation of muscles
JP5461109B2 (en) * 2009-08-27 2014-04-02 株式会社都 Low frequency pulse applying device and method of using the same
CN103052424A (en) * 2010-06-04 2013-04-17 大学健康网络 Functional electrical stimulation device and system, and use thereof

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111655327A (en) * 2018-01-31 2020-09-11 株式会社 Ｍｔｇ Muscle electrical stimulation device
CN110913944A (en) * 2018-06-08 2020-03-24 株式会社好玛研究所 Electrical stimulation device
CN110913944B (en) * 2018-06-08 2023-08-15 株式会社好玛研究所 Electrical stimulation device

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