CN102198309B - Electronic low-frequency pulse patch with one-piece structure, and manufacturing method thereof - Google Patents
Electronic low-frequency pulse patch with one-piece structure, and manufacturing method thereof Download PDFInfo
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- CN102198309B CN102198309B CN2010101400592A CN201010140059A CN102198309B CN 102198309 B CN102198309 B CN 102198309B CN 2010101400592 A CN2010101400592 A CN 2010101400592A CN 201010140059 A CN201010140059 A CN 201010140059A CN 102198309 B CN102198309 B CN 102198309B
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Abstract
The invention relates to an electronic low-frequency pulse patch with a one-piece structure, and a manufacturing method thereof. The electronic low-frequency pulse patch with the one-piece structure is characterized in that a power source and a circuit capable of generating positive and negative bipolar current pulse output are configured and hidden in the patch; and under the condition of no need of fixing by using a soft arranging wire group and an additional fastener, a host unit and a conductive patch unit group for coupling form a structure combined with the appearance to form a one-piece waterproof seamless body to be used as a self-adhesive patch device for generating low-frequency pulse output.
Description
Technical field
The present invention relates to a kind of smelting and treat the pain paster of releiving; particularly relating to the integrally formed easy structure of a kind of electronic circuit and body outward appearance also has concurrently and can be attached on human body; and the electronic low-frequency pulse patch with one-piece structure of bent characteristic demand is arranged, can be applicable to the electronics paster of various treatments and the slow human body pain of relaxing.
Background technology
Under working for a long time or after vigorous exercise, usually have the situation generation that health is ached, yet according to domestic and foreign literature and U.S. food and FAD (Food and DrugAdministration; FDA) confirm and the many data that disclose, represent that all low frequency is used for smelting treatment pain and releives through having its usefulness, therefore at this, for its effect, do not repeat more.Also just because of this, most low frequency massaging device all includes a conductive fabric that contacts with human body and a function selecting controller that is electrically connected by wire and conductive fabric forms on the market, yet there is wire can cause the operational inconvenience of user, conduct because of having by wire the restriction that distance is arranged so What is more, just quite be not easy to use when the patient has a segment distance apart from main frame.
In addition, has the low frequency massaging device of function selecting controller and conductive fabric owing to having multiple cycle FREQUENCY CONTROL function, its manufacturing cost is relatively high, and the function selecting controller has certain volume, the out using that is not easy to carry, so the low frequency massaging device of class is difficult to become practical.
Therefore, a kind of Portable wireless belt low frequency smelting treatment device namely is developed.As No. 246840 random attaching electronic acupuncture and moxibustion device structure institute arts of TaiWan, China new patent, it is to utilize a plastic cement hard shell body that battery and output circuit (section) are assembled in the inner, do again combination by metal button member and Electricity conductive plaster again, but because each position of human body surface all has different radians, therefore the duricrust main body must separate with paster and with metal button member, first be fixed on Electricity conductive plaster and be fixed in the ad-hoc location of human body again, inconvenience very, also increase and perform complexity and reduce consumer and use wish, be difficult to can be rated as practicality.More because element is more, can increase more production cost in addition, moreover, have the problem that is difficult for around folding due to metal button member, will make user operation inconvenience.
For addressing the above problem, see also shown in Figure 1, the STRUCTURE DECOMPOSITION figure for existing electronic low-frequency pulse patch with one-piece structure, as shown in the figure: this electronic low-frequency pulse patch with one-piece structure 10 includes a soft upper cover body 11 as shell, has one first accommodation space 12 and one second accommodation space 13 in it.Dispose a power-supply unit 14 in the first accommodation space 12, required electric power when 10 action of this soft waterproof one-sheet formula structure electronic low-frequency pulse patch to be provided.Power-supply unit 14 tops in the first accommodation space 12 dispose one first push switch 15, in order to control the action of power-supply unit 14.Configuration one first utmost point low frequency output unit district 17, below of power-supply unit 14.Low-frequency current pulse when the second accommodation space 13 internal configurations have a low frequency output unit 16 to move in order to export this electronics low frequency paster.Support frame structure 16 tops in the second accommodation space 13 dispose one second push switch 151 in order to control the action of this support frame structure 16, and the below of support frame structure 16 disposes one second utmost point output unit district 18.Configuration one soft winding displacement group 19 between the first utmost point low frequency output unit district 17 and the second utmost point low frequency output unit district 18, use so that form and be electrically connected between the first utmost point low frequency output unit district 17 and the second utmost point low frequency output unit district 18.soft upper cover body 11 belows coat the coupling output conduction mantle 20 that a material is saturated polynary fat (PET), and corresponding the first utmost point low frequency output unit district 17 and the second utmost point low frequency output unit district 18 on coupling output conduction mantle 20 and dispose one first opening 201 and the second opening 202, the specific part in the first utmost point low frequency output unit district 17 and the second utmost point low frequency output unit district 18 is exposed by the first opening 201 and the second opening 202, can be directly with the first utmost point coupling conductive patch 21 and second utmost point conductive patch 22 that is coupled, conduct electricity coupling, and can directly be attached on skin, so that human body is carried out low frequency massaging.
This type of electronic low-frequency pulse patch with one-piece structure 10 can be because usually coordinate body curve bending or pull off former of external force thereby cause its phenomenon that soft winding displacement group 19 is impaired, loose contact is opened circuit even when human body uses, cause this electronic low-frequency pulse patch with one-piece structure 10 can't continue to use, therefore also be difficult to can be rated as practicality; In addition, also can't change battery in design, when electric power is used up, can't reuse, very not convenient to user.
This shows, above-mentioned existing electronic low-frequency pulse patch with one-piece structure in product structure and use, obviously still has inconvenience and defect, and demands urgently further being improved.Therefore how do not using any metal button member in conjunction with body and conductive patch formation soft waterproof under the integrated prerequisite that facilitates characteristic, make the smelting of Portable wireless formula low frequency treat the effect that device can reach increases service life, also becoming the current industry utmost point needs improved target.
Summary of the invention
The object of the invention is to, overcome the defect that existing electronic low-frequency pulse patch with one-piece structure exists, and provide a kind of new electronic low-frequency pulse patch with one-piece structure, technical problem to be solved is that it can independently be attached at arbitrarily on the partes corporis humani position in conjunction with hiding the electricity that inside has power supply and have positive and negative two electrode current pulses outputs under miscellaneous part need not, do not re-use soft winding displacement, the phenomenon that soft winding displacement opens circuit can not occur after repeatedly using in order yet.In addition, be hidden in soft single piece type outward appearance body due to the body circuit and again with the bendable folding endurance, therefore can fit by corresponding body curve, using very simple and convenient has more significantly increased the user acceptable degree.
The object of the invention to solve the technical problems realizes by the following technical solutions.according to a kind of electronic low-frequency pulse patch with one-piece structure that the present invention proposes, it includes: a soft upper cover body has an accommodation space in it, one hollow support housing, be disposed in this accommodation space, this hollow support housing top disposes one first cantilever elasticity press-side and one second cantilever elasticity press-side, and this first cantilever elasticity press-side and this second cantilever elasticity press-side all couple with this soft upper cover body internal surface, one control circuit unit, be disposed in this hollow support housing, dispose at least one the first low frequency pulse output end on this control circuit unit, at least one the second low frequency pulse output end and one first control end and one second control end, this first control end and this second control end couple with this first cantilever elasticity press-side and this second cantilever elasticity press-side respectively, adjust the output pulse of this first low frequency pulse output end and this second low frequency pulse output end with the triggering times according to this first cantilever elasticity press-side and this second cantilever elasticity press-side, one power-supply unit, with this control circuit unit electric property coupling, required electric power so that this control circuit cell operation to be provided, one base, be incorporated into this hollow support housing bottom, so that this control circuit unit and this power-supply unit are fixed in this hollow support housing, and dispose at least one and this at least one first electrical corresponding first conducting end that couples of low frequency pulse output end and at least one and this at least one the second electrical corresponding the second conducting end that couples of low frequency pulse output end on this base, an and coupling output conduction mantle, be combined as a whole with this soft upper cover body bottom, this coupling output conduction mantle central configuration has a peristome, this peristome edge disposes at least one and this at least one first conducting end electrically the first conductive contact lug and at least one and the electrical corresponding second conductive contact lug that is connected of this at least one second conducting end of corresponding connection, and this coupling output conduction mantle bottom surface dispose one with the first low frequency pulse output area that should at least one first conductive contact lug be electrically connected and one and the second low frequency pulse output area of this at least one second conductive contact lug electric connection.
The object of the invention to solve the technical problems also realizes by the following technical solutions.The manufacture method of a kind of electronic low-frequency pulse patch with one-piece structure that proposes according to the present invention, is characterized in that the method comprises the following steps:
One soft upper cover body is provided, and has an accommodation space in this soft upper cover body;
Configuration one first cantilever elasticity press-side and one second cantilever elasticity press-side above a hollow support housing, and this hollow support housing is disposed in this accommodation space, and this first cantilever elasticity press-side and this second cantilever elasticity press-side are all coupled with this soft upper cover body internal surface;
Configuration one first low frequency pulse output end, one second low frequency pulse output end and one first control end and one second control end on a control circuit unit, this first control end and this second control end are coupled with this first cantilever elasticity press-side and this second cantilever elasticity press-side respectively, and can adjust according to the triggering times of this first cantilever elasticity press-side and this second cantilever elasticity press-side the output pulse of this first low frequency pulse output end and this second low frequency pulse output end;
With this control circuit cell location in this hollow support housing;
Provide one with the power-supply unit of this control circuit unit electric property coupling, required electric power so that this control circuit cell operation to be provided;
Configuration one and the first conducting end of this first low frequency pulse output end electric property coupling and one and the second conducting end of this second low frequency pulse output end electric property coupling on a base;
At coupling output conduction mantle central configuration one peristome, and at this peristome edge configuration one first conductive contact lug and one second conductive contact lug, and dispose in this coupling output conduction mantle bottom surface one with the first low frequency pulse output area of this first conductive contact lug electric connection and one and the second low frequency pulse output area of this second conductive contact lug electric connection; And
Base is incorporated into this hollow support housing bottom, this control circuit unit and this power-supply unit are fixed in this hollow support housing, and this first conductive contact lug and this first conducting end are electrically connected and this second conductive contact lug and the electric connection of this second conducting end.
Above-mentioned explanation is only the general introduction of technical solution of the present invention, for can clearer understanding technological means of the present invention, and can be implemented according to the content of description, and for above and other purpose of the present invention, feature and advantage can be become apparent, below especially exemplified by preferred embodiment, and the cooperation accompanying drawing, be described in detail as follows.
Description of drawings
Fig. 1 is the STRUCTURE DECOMPOSITION figure of existing electronic low-frequency pulse patch with one-piece structure.
Fig. 2 is the STRUCTURE DECOMPOSITION figure of electronic low-frequency pulse patch with one-piece structure of the present invention.
Fig. 3 is the schematic appearance of hollow support housing of the present invention.
Fig. 4 A is the front appearance schematic diagram of control circuit of the present invention unit.
Fig. 4 B is the reverse side schematic appearance of control circuit of the present invention unit.
Fig. 5 is the schematic appearance of base of the present invention.
Fig. 6 is the be coupled schematic appearance of output conduction mantle of the present invention.
Fig. 7 is the schematic appearance that the present invention protects paste layer.
Fig. 8 is the manufacture method flow chart of electronic low-frequency pulse patch with one-piece structure of the present invention.
10: soft waterproof one-sheet formula structure electronic low-frequency pulse patch
11: 12: the first accommodation spaces of soft upper cover body
151: the second cantilever elasticity push switches of 15: the first cantilever elasticity push switches
16: 17: the first utmost point low frequency output unit districts of support frame structure
18: the second utmost point low frequency output unit districts 19: soft winding displacement group
20: 201: the first openings of coupling output conduction mantle
21: the first utmost point coupling conductive patch of 202: the second openings
22: the second utmost point coupling conductive patch
30: electronic low-frequency pulse patch with one-piece structure
31: soft upper cover body 311: accommodation space
Symbol 313 in 312: the first: second symbol
32: 321: the first cantilever elasticity press-sides of hollow support housing
322: the second cantilever elasticity press-sides 323: wear groove
33: 331: the first control ends in control circuit unit
333: the first low frequency pulse output ends of 332: the second control ends
334: the second low frequency pulse output ends 34: base
342: the second conducting end of 341: the first conducting end
343: elastic card cramp 344: wear oral area
35: power-supply unit 36: lower cover
37: coupling output conduction mantle 371: peristome
373: the second conductive contact lugs of 372: the first conductive contact lugs
375: the second low frequency pulse output areas, 374: the first low frequency pulse output areas
38: 381: the first coupling conductive patch of coupling conductive patch group
382: the second coupling conductive patch
S1: a soft upper cover body is provided, and is to have an accommodation space in this soft upper cover body
S2: configuration one first cantilever elasticity press-side and one second cantilever elasticity press-side above a hollow support housing, and this hollow support housing is disposed in this accommodation space, and this first cantilever elasticity press-side and this second cantilever elasticity press-side are all coupled with this soft upper cover body internal surface
S3: configuration at least one the first low frequency pulse output end, at least one the second low frequency pulse output end and one first control end and one second control end on a control circuit unit
S4: this first control end and this second control end are coupled with this first cantilever elasticity press-side and this second cantilever elasticity press-side respectively, and can adjust according to the triggering times of this first cantilever elasticity press-side and this second cantilever elasticity press-side the output pulse of this at least one first low frequency pulse output end and this at least one the second low frequency pulse output end
S5: with this control circuit cell location in this hollow support housing
S6: provide one with the power-supply unit of this control circuit unit electric property coupling, required electric power so that this control circuit cell operation to be provided
S7: configuration one and the first conducting end of this first low frequency pulse output end electric property coupling and one and the second conducting end of this second low frequency pulse output end electric property coupling on a base
S8: at coupling output conduction mantle central configuration one peristome, and at least one the first conductive contact lug of this peristome edge configuration and at least one the second conductive contact lug, and dispose the first low frequency pulse output area and at least one and the electrical corresponding second low frequency pulse output area that is connected of this at least one second conductive contact lug of at least one and the electrical corresponding connection of this at least one first conductive contact lug in this coupling output conduction mantle bottom surface
S9: base is incorporated into this hollow support housing bottom, this control circuit unit and this power-supply unit are fixed in this hollow support housing, and make this at least one first conductive contact lug and the electrical corresponding connection of this at least one first conducting end and this at least one the second conductive contact lug and electrical corresponding connection of this at least one second conducting end
The specific embodiment
Reach for further setting forth the present invention technological means and the effect that predetermined goal of the invention is taked, below in conjunction with accompanying drawing and preferred embodiment, electronic low-frequency pulse patch with one-piece structure and its specific embodiment of manufacture method, structure, method, step, feature and effect thereof to foundation the present invention proposes, be described in detail as follows.
Relevant aforementioned and other technology contents of the present invention, Characteristic, can know and present in the following detailed description that coordinates with reference to graphic preferred embodiment.By the explanation of the specific embodiment, when can be to reach technological means and the effect that predetermined purpose takes to be able to more deeply and concrete understanding to the present invention, yet appended graphic only being to provide with reference to the use with explanation not be used for the present invention is limited.
Fig. 2 is the STRUCTURE DECOMPOSITION figure of electronic low-frequency pulse patch with one-piece structure of the present invention, and as shown in the figure: this electronic low-frequency pulse patch with one-piece structure 30 mainly is comprised of a soft upper cover body 31, a hollow support housing 32, a control circuit unit 33, a base 34, a power-supply unit 35 and a coupling output conduction mantle 37.This soft upper cover body 31 is as shell, and its material can be soft waterproof silica gel or TPU material optional one in both.Soft upper cover body 31 tops have first symbol 312 for "+" number and a second symbol 313 for "-" number, and also available optional sign is replaced certainly.Has an accommodation space 311 in soft upper cover body 31.In addition, the first symbol 312 all can be a salient point symbol with second symbol 313, learns the meaning of the first symbol 312 and second symbol 313 representatives via touch in order to the person that looks the barrier.
Hollow support housing 32 is disposed in accommodation space 311, its top disposes one first cantilever elasticity press-side 321 and one second cantilever elasticity press-side 322, the first cantilever elasticity press-side 321 and the second cantilever elasticity press-side 322 couple with soft upper cover body 31 inner surfacies, and the position of the first cantilever elasticity press-side 321 and the second cantilever elasticity press-side 322 is mutually corresponding with the position of the first symbol 312 and second symbol 313 respectively.Because the first cantilever elasticity press-side 321 and the second cantilever elasticity press-side 322 are an elastic cantilever design, Gu Dangqi is pressed while triggering, all can elastic recovery to position originally, in order to the triggering that again is pressed.Again, avoid confusion while for making, assembling, the first cantilever elasticity press-side 321 surfaces and the second cantilever elasticity press-side 322 surfaces can configure respectively the first symbol 312 and second symbol 313.The oppositely situation of assembling so, just can not occur.Consult simultaneously Fig. 3, hollow support housing 32 edges dispose some grooves 323 of wearing, in order to the use that is combined as a whole with base 34.
Consult simultaneously Fig. 4 A and Fig. 4 B, control circuit unit 33 is disposed in hollow support housing 32, and it disposes at least one the first low frequency pulse output end 333, at least one the second low frequency pulse output end 334 and one first control end 331 and one second control end 332.The first control end 331 and the second control end 332 couple with the first cantilever elasticity press-side 321 and the second cantilever elasticity press-side 322 of hollow support housing 32 respectively, adjust the output pulse of at least one the first low frequency pulse output end 333 and at least one the second low frequency pulse output end 334 with the triggering times according to the first cantilever elasticity press-side 321 and the second cantilever elasticity press-side 322.Control circuit unit 33 and power-supply unit 35 electric property couplings, required electric power when providing it to operate with power-supply unit 35.In addition, control circuit unit 33 more may be configured with a power supply contact jaw 335, is used to power-supply unit 35 and directly is electrically connected.
Base 34 is incorporated into this hollow support housing 32 bottoms, so that control circuit unit 33 and power-supply unit 35 are fixed in hollow support housing 32.Consult simultaneously Fig. 5, dispose at least one the first electrical corresponding the first conducting end 341 that couples of low frequency pulse output end 333 and at least one and this at least one second electrical corresponding second conducting end 342 that couples of low frequency pulse output end 334 of at least one and control circuit unit 33 on base 34, this represents that namely electronic low-frequency pulse patch with one-piece structure 30 of the present invention has a group or more both positive and negative polarity output (the first low frequency pulse output end 333 is considered as anodal output, and the second 334 of low frequency pulse output ends are considered as negative pole output).In addition, base 34 edges dispose some elastic card cramps 343, can corresponding with groove 323 elasticity of wearing of hollow support housing 32, engage, and make being combined as a whole that base 34 and hollow support housing 32 can be firm.Moreover oral area 344 is worn by base 34 central authorities configurable, and wears oral area 344 and can utilize a lower cover 36 with its sealing, while being beneficial to electronic low-frequency pulse patch with one-piece structure 30 power shortage, is convenient for changing power-supply unit 35.Again, power-supply unit 14 can be in a button cell and lithium battery or any one of mercury electrode.
Coupling output conduction mantle 37 is combined as a whole with these soft upper cover body 31 bottoms, its central authorities dispose a peristome 371, peristome 371 edges dispose at least one by one with the first conductive contact lug 372 of at least one first conducting end 341 electrical corresponding connections of base 34 and at least one by one with at least one second electrical corresponding second conductive contact lug 373 that is connected of conducting end 342 of base 34.Consult simultaneously Fig. 6, this coupling output conduction mantle 37 bottom surfaces more dispose first a low frequency pulse output area 374 that is electrically connected with at least one the first conductive contact lug 372 and one with the second low frequency pulse output area 375 of at least one the second conductive contact lug 373 electric connections.In addition, the material of coupling output conduction mantle 37 is saturated polynary fat (PET), but the first low frequency pulse output area 374 of its bottom surface and the second low frequency pulse output area 375 are the printing conductive material.Again, coupling output conduction mantle 37 can be combined into by symmetrical the first conduction mantle and the second conduction mantle, and 371 of peristomes are disposed between the two.At least one the first conductive contact lug 372 is disposed at peristome 371 edges of the first conduction mantle, and at least one the second conductive contact lug 373 is disposed at peristome 371 edges of the first conduction mantle, and the first low frequency pulse output area 374 and the second 375 of low frequency pulse output areas are disposed at respectively the first conduction mantle and the second conduction mantle bottom surface.
Because electronic low-frequency pulse patch with one-piece structure 30 of the present invention is to utilize soft upper cover body 31 to be used as shell and to be coupled to export conduction mantle 37 owing to being self-adhering property, to be covered on soft upper cover body 31 belows, and the first low frequency pulse output area 374 and the first low frequency pulse output area 375 are disposed at two sides of coupling output conduction mantle 37, therefore has bent characteristic, radian that can the person's of being used in conjunction with parts of body bends attaching, does not need to utilize screw or other materials to be fixed.
In addition, because electronic low-frequency pulse patch with one-piece structure 30 of the present invention is that power-supply unit 35 and hollow support housing 32 are incorporated in soft upper cover body 31, therefore the more general low frequency massaging device of volume significantly reduces, not only cheap for manufacturing cost, have more the effect that is easy to carry and uses, and coupling output conduction mantle 37 more can reach the effect of waterproof with the single piece type design of soft upper cover body 31 laminatings, and is very convenient and practical.
moreover, because the electrically conducting manner of electronic low-frequency pulse patch with one-piece structure 30 of the present invention is to utilize at least one first conducting end 341 of base 34 and at least one the first conductive contact lug 372 and at least one second conductive contact lug 373 of 342 pairs of coupling output conduction mantles 37 of at least one the second conducting end to conduct electricity, its in conjunction with the time, at least one the first conductive contact lug 372 and at least one the second conductive contact lug 373 can be because at least one first conducting end 341 of base 34 and at least one the second conducting end 342 upwards raise up it during the concerning of pushing tow, and with at least one the first conducting end 341 and at least one the second conducting end 342, fit into one, form the bridge structure of conduction, recycling subsequently empty support housing 32 fixes this structure with the combination of base 34, make this bridge structure be difficult for getting loose, therefore need not recycle the existing soft winding displacement of commonly using, and this junction can be because of the bending of electronic low-frequency pulse patch with one-piece structure 30 with bending, avoid impaired situation with opening circuit to occur, increase the life-span of using.
when user when using electronic low-frequency pulse patch with one-piece structure 30 of the present invention, after it is attached at specific part, can press the first symbol place 312 to trigger the first cantilever elasticity press-side 321 and the first control end 331, make power-supply unit 35 by the first low frequency pulse output end 333, the first conducting end 341, the first conductive contact lug 372 is provided in the first low frequency pulse output area 374 required electric power of output low frequency pulse, and with the second low frequency pulse output area 375, the second conductive contact lug 373, the second conducting end 342 and the second low frequency pulse output end 334 form an electrical loop, make the first low frequency pulse output area 374 and the second low frequency pulse output area 375 corresponding human bodies just form the negative pole in loop with anodal, the electronic impulse (low frequency) that circuit control unit 33 is produced is sent to human body, reach the purpose of pain relieving and recovery treating.
In addition, can be below coupling output conduction mantle 37 a configurable coupling conductive patch group 38, this coupling conductive patch group 38 have one can with the first corresponding bonding the first coupling conductive patch 381 in low frequency pulse output area 374 and second conductive patch 382 that is coupled that can bind with the second low frequency pulse output area 375, the electronic impulse (low frequency) that can avoid circuit control unit 33 to produce directly acts on human body, with impact strength or the hot sense of buffering electronic impulse (low frequency).
The electronic impulse waveform that pain management is used is divided into: (1) condensation wave: be usually used in pain relieving, calmness, alleviation muscle and vasospasm and acupuncture anesthesia etc.; (2) rarefaction wave: be usually used in damage for the treatment of on flaccidity, various muscle, joint, ligament, tendon etc.; (3) dilatational wave: be a kind of waveform that rarefaction wave, condensation wave alternately occur automatically, be usually used in pain relieving, bruise, periarthritis, QI-blood circulation obstacle, sciatica, facial paralysis, myasthenia, part frozen etc.; (4) sawtooth waveforms: be that pulse amplitude the fluctuating ripple that changes occurs by zigzag automatically, can be used for stimulating phrenic nerves to do artificial electronic breathing, rescue respiratory failure, and be improved neural muscle excitability, adjust meridian function, improve the effect such as qi-blood circulating; (5) discontinuous wave: be disconnected when rhythm and pace of moving things ground is arranged, the time the continuous a kind of rarefaction wave that automatically changes, be usually used in treating flaccidity, paralysis, also can be used as electric human body behaviour training.Therefore one-sheet electronic low-frequency pulse patch 30 of the present invention also can utilize the triggering times of adjusting the first control end 331 and the second control end 332 to reach the electronic impulse waveform that various pain managements are used, this setting process or mode can in be built in circuit control unit 33.So, user can be adjusted to its required low frequency waveform, suitable hommization for its symptom.
See also Fig. 8, manufacture method flow chart for electronic low-frequency pulse patch with one-piece structure of the present invention, as shown in the figure: at first, one soft upper cover body is provided, and has an accommodation space (step S1) in this soft upper cover body, configure subsequently one first cantilever elasticity press-side and one second cantilever elasticity press-side above a hollow support housing, and this hollow support housing is disposed in this accommodation space, and make this first cantilever elasticity press-side and this second cantilever elasticity press-side all with this soft upper cover body internal surface, couple (step S2).then, at least one the first low frequency pulse output end of configuration on a control circuit unit, at least one the second low frequency pulse output end and one first control end and one second control end (step S3), and this first control end and this second control end are coupled respectively with this first cantilever elasticity press-side and this second cantilever elasticity press-side, and can adjust according to the triggering times of this first cantilever elasticity press-side and this second cantilever elasticity press-side the output pulse (step S4) of this at least one first low frequency pulse output end and this at least one the second low frequency pulse output end.After treating completing steps S4, with this control circuit cell location in this hollow support housing (step S5), and provide one with the power-supply unit of this control circuit unit electric property coupling, required electric power (step S6) so that this control circuit cell operation to be provided.After treating completing steps S6, at least one and this at least one first electrical corresponding first conducting end that couples of low frequency pulse output end of configuration and at least one and this at least one the second electrical corresponding the second conducting end (step S7) that couples of low frequency pulse output end on a base.Subsequently at coupling output conduction mantle central configuration one peristome, and at least one the first conductive contact lug of this peristome edge configuration and at least one the second conductive contact lug, and dispose in this coupling output conduction mantle bottom surface one with the first low frequency pulse output area of this at least one first conductive contact lug electric connection and one and the second low frequency pulse output area (step S8) of this at least one second conductive contact lug electric connection.Finally, again base is incorporated into this hollow support housing bottom, this control circuit unit and this power-supply unit are fixed in this hollow support housing, and make this at least one first conductive contact lug and the electrical corresponding connection of this at least one first conducting end and this at least one the second conductive contact lug and electrical corresponding connection the (step S9) of this at least one second conducting end.
Wherein the material of the soft upper cover body of above-mentioned this can be from being optional one soft waterproof silica gel and TPU material, and soft upper cover body top has first symbol for "+" number and a second symbol for "-" number, and the first symbol and second symbol are a salient point symbol, for the visually impaired people, touch identification.The hollow support shell rim disposes some grooves of wearing, the use that is combined as a whole in order to the some elastic card cramps with base edge configuration, and fixing bridge structure.At least one the first conductive contact lug and electrically corresponding connection and this at least one the second conductive contact lug and this at least one second conducting end electric connection of this at least one first conducting end.In addition, the material of coupling output conduction mantle is saturated polynary fat (PET), and the first low frequency pulse output area of its bottom surface and the second low frequency pulse output area are the printing conductive material.Moreover, can be below coupling output conduction mantle a configurable coupling conductive patch group, this coupling conductive patch group have one can with the first corresponding bonding the first coupling conductive patch in low frequency pulse output area and second conductive patch that is coupled that can bind with the second low frequency pulse output area, the electronic impulse (low frequency) that can avoid circuit control unit to produce directly acts on human body, with impact strength or the hot sense of buffering electronic impulse (low frequency).
the above, it is only preferred embodiment of the present invention, not the present invention is done any pro forma restriction, although the present invention discloses as above with preferred embodiment, yet not in order to limit the present invention, any those skilled in the art, within not breaking away from the technical solution of the present invention scope, when the method that can utilize above-mentioned announcement and technology contents are made a little change or be modified to the equivalent embodiment of equivalent variations, in every case be the content that does not break away from technical solution of the present invention, any simple modification that foundation technical spirit of the present invention is done above embodiment, equivalent variations and modification, all still belong in the scope of technical solution of the present invention.
Claims (8)
1. electronic low-frequency pulse patch with one-piece structure is characterized in that it includes:
One soft upper cover body, have an accommodation space in it;
One hollow support housing, be disposed in this accommodation space, this hollow support housing top disposes one first cantilever elasticity press-side and one second cantilever elasticity press-side, and this first cantilever elasticity press-side and this second cantilever elasticity press-side all couple with this soft upper cover body internal surface;
one control circuit unit, be disposed in this hollow support housing, dispose at least one the first low frequency pulse output end on this control circuit unit, at least one the second low frequency pulse output end and one first control end and one second control end, this first control end and this second control end couple with this first cantilever elasticity press-side and this second cantilever elasticity press-side respectively, adjust the output pulse of this first low frequency pulse output end and this second low frequency pulse output end with the triggering times according to this first cantilever elasticity press-side and this second cantilever elasticity press-side,
One power-supply unit, with this control circuit unit electric property coupling, required electric power so that this control circuit cell operation to be provided;
One base, be incorporated into this hollow support housing bottom, so that this control circuit unit and this power-supply unit are fixed in this hollow support housing, and dispose at least one and this at least one first electrical corresponding first conducting end that couples of low frequency pulse output end and at least one and this at least one the second electrical corresponding the second conducting end that couples of low frequency pulse output end on this base; Wherein, base central authorities more comprise wears oral area, and utilizes a lower cover that this is worn the oral area sealing; And
one coupling output conduction mantle, be combined as a whole with this soft upper cover body bottom, this coupling output conduction mantle central configuration has a peristome, this peristome edge disposes at least one and this at least one first conducting end electrically the first conductive contact lug and at least one and the electrical corresponding second conductive contact lug that is connected of this at least one second conducting end of corresponding connection, and this coupling output conduction mantle bottom surface dispose one with the first low frequency pulse output area that should at least one first conductive contact lug be electrically connected and one and the second low frequency pulse output area of this at least one second conductive contact lug electric connection.
2. electronic low-frequency pulse patch with one-piece structure according to claim 1, is characterized in that the material of wherein said soft upper cover body is from being optional one soft waterproof silica gel and TPU material.
3. electronic low-frequency pulse patch with one-piece structure according to claim 1, the material that it is characterized in that wherein said coupling output conduction mantle is saturated polynary fat, and this of its bottom surface the first low frequency pulse output area and this second low frequency pulse output area are the printing conductive material.
4. electronic low-frequency pulse patch with one-piece structure according to claim 1, is characterized in that wherein said power-supply unit is any one in a button cell and lithium battery.
5. electronic low-frequency pulse patch with one-piece structure according to claim 1, is characterized in that wherein said soft upper cover body top has one first symbol and a second symbol.
6. electronic low-frequency pulse patch with one-piece structure according to claim 5, it is characterized in that wherein said this first symbol for "+" number, this second symbol is "-" number, and this first symbol and this second symbol are a salient point symbol.
7. electronic low-frequency pulse patch with one-piece structure according to claim 1, it is characterized in that wherein said hollow support shell rim disposes some grooves of wearing, be combined as a whole in order to the some elastic card cramps with this base edge configuration, and fix this at least one and the first conductive contact lug and this bridge structure at least one and electrical corresponding the second conductive contact lug that is connected of this at least one second conducting end the electrical corresponding connection of this at least one first conducting end.
8. electronic low-frequency pulse patch with one-piece structure according to claim 1, it is characterized in that wherein said coupling output conduction mantle below configuration one coupling conductive patch group, this coupling conductive patch group has one corresponding with this first low frequency pulse output area bonding first be coupled conductive patch and one and second conductive patch that is coupled of this second low frequency pulse output area bonding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101400592A CN102198309B (en) | 2010-03-24 | 2010-03-24 | Electronic low-frequency pulse patch with one-piece structure, and manufacturing method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101400592A CN102198309B (en) | 2010-03-24 | 2010-03-24 | Electronic low-frequency pulse patch with one-piece structure, and manufacturing method thereof |
Publications (2)
| Publication Number | Publication Date |
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| CN102198309A CN102198309A (en) | 2011-09-28 |
| CN102198309B true CN102198309B (en) | 2013-11-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010101400592A Expired - Fee Related CN102198309B (en) | 2010-03-24 | 2010-03-24 | Electronic low-frequency pulse patch with one-piece structure, and manufacturing method thereof |
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| CN (1) | CN102198309B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| USD816227S1 (en) | 2016-03-29 | 2018-04-24 | Sanofi | Electrical stimulation device |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107233669A (en) * | 2017-06-08 | 2017-10-10 | 青石医疗科技有限公司 | A kind of multifunction physiotherapy instrument |
| WO2020062153A1 (en) * | 2018-09-29 | 2020-04-02 | 冠晶光電股份有限公司 | Phototherapy device |
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|---|---|---|---|---|
| US5991655A (en) * | 1997-03-03 | 1999-11-23 | Drug Delivery Systems, Inc. | Iontophoretic drug delivery device and method of manufacturing the same |
| CN2549994Y (en) * | 2002-06-05 | 2003-05-14 | 苏州医疗用品厂有限公司 | Button connecting structure for micro electronic pulse therapeutic instrument |
| CN101648051A (en) * | 2008-08-13 | 2010-02-17 | 翰沃生电科技股份有限公司 | Soft waterproof one-sheet electronic low-frequency pulse patch and manufacturing method thereof |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8086318B2 (en) * | 2004-02-12 | 2011-12-27 | Ndi Medical, Llc | Portable assemblies, systems, and methods for providing functional or therapeutic neurostimulation |
-
2010
- 2010-03-24 CN CN2010101400592A patent/CN102198309B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5991655A (en) * | 1997-03-03 | 1999-11-23 | Drug Delivery Systems, Inc. | Iontophoretic drug delivery device and method of manufacturing the same |
| CN2549994Y (en) * | 2002-06-05 | 2003-05-14 | 苏州医疗用品厂有限公司 | Button connecting structure for micro electronic pulse therapeutic instrument |
| CN101648051A (en) * | 2008-08-13 | 2010-02-17 | 翰沃生电科技股份有限公司 | Soft waterproof one-sheet electronic low-frequency pulse patch and manufacturing method thereof |
Non-Patent Citations (2)
| Title |
|---|
| 说明书第4栏第8行-第22行、第7栏第60行-第8栏第15行. |
| 附图1-4. |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| USD816227S1 (en) | 2016-03-29 | 2018-04-24 | Sanofi | Electrical stimulation device |
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| Publication number | Publication date |
|---|---|
| CN102198309A (en) | 2011-09-28 |
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