CN205924700U - A section is used for electrode slice of drop foot treatment - Google Patents
A section is used for electrode slice of drop foot treatment Download PDFInfo
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- CN205924700U CN205924700U CN201620399327.5U CN201620399327U CN205924700U CN 205924700 U CN205924700 U CN 205924700U CN 201620399327 U CN201620399327 U CN 201620399327U CN 205924700 U CN205924700 U CN 205924700U
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Abstract
The utility model discloses a section is used for electrode slice of drop foot treatment belongs to the technical scheme in foot therapeutic instrument field, and it includes the bandage, be equipped with electrically conductive cloth on the bandage medial surface, electrically conductive cloth electric connection has the electrode, the electrode is used for accepting the power input, will the power input is delivered to electrically conductive cloth output. Because this technical scheme's electrically conductive cloth can directly electrically conduct, whole process need not to add water, and so not only convenient operation avoids bedewing the user moreover, has improved the comfort of therapeutical process, further, electrically conductive cloth only need through the electrode accept the power supply alright, need not other additional structure cooperations, compare in prior art, its manufacture craft is more simple.
Description
Technical field
The utility model is related to a kind of electrode slice, particularly to a electrode slice for drop foot treatment.
Background technology
Individual with drop foot is due to nerve root (nervus peroneus communis, pin nerve, sciatic nerve, Lumbar-sacral nerve root, cerebral nerve)
Seriously pressurized for a long time, nerve root surface pressing continues to cause neurological dysfunction in 2 minutes more than 50mmHg, and
More than 100mmHg may result in pin peripheral nerve injury, spinal motor nerve damage, muscular dystrophy and flexion joint deformity,
And then increased stiffness index and periarticular myoarchitecture and occur activation to there occurs that biomethanics changes, soft tissue defects or
In a certain position, it is embodied in scar tractive：
1. gastrocnemius, musculus soleus do not produce the flexing of front metacarpus and can be seen that the obvious motion of calcaneum；
2. the obvious motion of calcaneum is had no with respect to rear palma in plantar flexion by tibialis posterior, and brevis, and brevis, front metacarpus；
3. compensatory by musculus flexor digitorum longus pedis, with the stronger flexing of toes；
4. compensatory by foot mother's musculus flexor digitorum longus pedis, with the flexing of foot mother's toe；
5. spinal canal stenosis, hypertrophy of ligamentum flavum, zygapophysial joint hyperplasia cohesion, lateral crypt and nerve root canal are narrow, add
Disk projects calcification, the front muscle group of shank and outside muscle group paralysis, and after shank flesh change, the forfeiture of sarcomere, moisture
Lose, collagen deposition and viscosity change group spasm tractive, just cause drop foot.
The treatment common method of drop foot has foot thermotherapy, reconditioning, acupuncture and massage, wears brace, before shin
Flesh and tendon of extensor digitorum longus pedis suspention, posterior tibial muscle tendon transfer treatment drop foot, lateral head reach in gastrocnemius, rebuild stretch apodization function art,
Surgery excision, electro photoluminescence etc..
Wherein, drop foot therapeutic electrode piece is a kind of conventional treatment tool, and it by carrying out electricity thorn to nervus peroneus communis
Swash and realize treatment；And drop foot therapeutic electrode piece is all split type at present, need to use cooperatively ability with bandage or other fixing band
Human body can be fitted in, its operation is sufficiently complex；Further, the material of existing drop foot therapeutic electrode piece by conductive base with
Empire cloth forms, and needs to add water or other solvent just enables the conducting function of empire cloth, its processing technology is considerably complicated, and
Need during use often to add water, be that user brings great inconvenience；For this reason, being badly in need of one kind to process simple, Er Qiebian
Occur in the drop foot therapeutic electrode piece that user uses, the predicament current to solve prior art.
Utility model content
The purpose of this utility model is to provide a electrode slice for drop foot treatment, necessary to solve prior art
Carry out the problem of conduction using water.
In order to solve above-mentioned technical problem, the utility model provides a electrode slice for drop foot treatment, including
Bandage, described bandage medial surface is provided with conductive fabric, and described conductive fabric is electrically connected with electrode, and described electrode is used for accepting power supply
Described power input is simultaneously delivered to described conductive fabric output by input.
Preferably, described conductive fabric includes the first conductive fabric and the second conductive fabric, described first conductive fabric and described second
Conductive fabric partitioned arrangement arrangement in left and right on described bandage；
Described electrode includes first electrode and second electrode, and described first electrode is electrically connected with described first conductive fabric,
Described second electrode is electrically connected with described second conductive fabric.
Preferably, the described first conductive fabric edge relative with described second conductive fabric includes interconnective first top
Following with first, described first top extends from the upper end of described first conductive fabric toward the inside of described first conductive fabric, described
First following extend from the lower end of described first conductive fabric toward the inside of described first conductive fabric so that described first conductive fabric with
The relative edge of described second conductive fabric is recessed；
The described second conductive fabric edge relative with described first conductive fabric includes interconnective second top and second
Below, described second top extends toward the outside of described second conductive fabric from the upper end of described second conductive fabric, under described second
While from the lower end of described second conductive fabric toward the outside extension of described second conductive fabric, so that described second conductive fabric and described the
The relative edge of one conductive fabric is in standing shape.
Preferably, the length of described first top be less than described first following, so that described first conductive fabric and described the
The relative edge of two conductive fabrics is recessed on top；
The length of described second top is less than described second below, so that described second conductive fabric and described first conductive fabric
Relative edge is in standing shape on top.
Preferably, the described first conductive fabric edge relative with described second conductive fabric also includes concave arc side, and described first
Top is connected with described first below by described concave arc side；
The described second conductive fabric edge relative with described first conductive fabric also includes convex arc side, and described second top is passed through
Described convex arc side is connected below with described second.
Preferably, be recessed inside formation the first recess, another side of a side of described bandage is recessed formation second inside
Recess, described first recess is positioned opposite with the second recess.
Preferably, described bandage includes interconnective positioning belt and electromedical belt, and described first recess is located at described positioning
Band and the top of described electromedical belt junction, described second recess is under described positioning belt and described electromedical belt junction
Side, described conductive fabric on the medial surface of described electromedical belt, described electrode on the lateral surface of described electromedical belt, described electricity
Pole is passed through described electromedical belt and is electrically connected with described conductive fabric.
Preferably, the end of described electromedical belt is connected with and twines bandage, and the described outer surface twining strap end is provided with VELCRO
Generatrix；
Described bandage outer surface is additionally provided with magic notice face, and described magic notice face along described electromedical belt and described twines bandage
Upper edge arrangement；
Described twine equipped with bracelet on bandage, described bracelet be used for for described twine bandage pass through and turn back so that described twining is tied up
Band can be by described velcro generatrix and the face bonding of described magic notice after turning back；
The outer surface of described positioning belt is provided with buckle lock, and described buckle lock is used for coupling with described bracelet, so that described use
Electrode slice in drop foot treatment can surround ring-type.
Preferably, the inner surface of described conductive fabric is coated with sponge.
Preferably, described bandage is the bandage being made up of spandex fibre.
The beneficial effects of the utility model are as follows：
Because conductive fabric can directly carry out conduction, whole process need not add water, so not only easy to operate, and avoids
Adhesional wetting user, improves the comfort of therapeutic process；Further, conductive fabric only need to by electrode accept power supply just can,
Without the cooperation of other supernumerary structures, compared to prior art, its manufacture craft is more simple.
Brief description
In order to be illustrated more clearly that the technical solution of the utility model, below will be attached to use required in embodiment
Figure be briefly described it should be apparent that, drawings in the following description be only some embodiments of the present utility model, for
For those of ordinary skill in the art, on the premise of not paying creative work, other can also be obtained according to these accompanying drawings
Accompanying drawing.
Fig. 1 is the electrode slice structural representation that the utility model preferred embodiment provides for drop foot treatment；
Fig. 2 is the first conductive cloth structure of the electrode slice that the utility model preferred embodiment provides for drop foot treatment
Schematic diagram；
Fig. 3 is the second conductive cloth structure of the electrode slice that the utility model preferred embodiment provides for drop foot treatment
Schematic diagram.
Reference is as follows：
1st, bandage；11st, positioning belt；12nd, electromedical belt；13rd, twine bandage；
21st, the first conductive fabric；211st, the first top；212nd, first is following；213rd, concave arc side；22nd, the second conductive fabric；221、
Second top；222nd, second is following；223rd, convex arc side；
31st, first electrode；32nd, second electrode；
41st, the first recess；42nd, the second recess；
51st, velcro generatrix；52nd, magic notice face；
6th, VELCRO area；
71st, metallic channel；72nd, wire outlet；
8th, carry fore shaft.
Specific embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, to the technical scheme in the utility model embodiment
It is clearly and completely described.
Knowable to Fig. 1 to 3, the electrode slice for drop foot treatment described in the utility model includes bandage 1, described bandage 1
Medial surface is provided with conductive fabric, and described conductive fabric is electrically connected with electrode, and described electrode is used for accepting power input will be described
Power input delivers to described conductive fabric output.
In use, often it is powered using control main frame, that is, control main frame and described electrode are electrically connected with, so
The electric power of control main frame output will deliver to conductive fabric output through electrode, if now bandage 1 is bundled in user affected part,
Conductive fabric directly can stimulate affected part, thus realizing treatment to drop foot.During whole use, substantial amounts of water need not be added
Realize conductive, not only easy to operate, also avoid bedewing user, improve the comfort of therapeutic process.
It may be noted that described bandage 1 is used for being bundled in the affected part of user, and the mode that bandage 1 is bound have multiple, such as
It is respectively provided with VELCRO primary and secondary face at bandage 1 two ends, so that bandage 1 can be bonded as end to end state by VELCRO；
Or be respectively provided with primary and secondary lock at bandage 1 two ends, so that bandage 1 can be bonded as end to end state by lock；
I.e. existing bandage all enables to be bundled in the effect in user affected part, thus bandage 1 how to realize binding should to this practicality newly
The scope of type protection is construed as limiting.
Further, as shown in figure 1, described conductive fabric includes the first conductive fabric 21 and the second conductive fabric 22, described
One conductive fabric 21 and described second conductive fabric 22 left and right partitioned arrangement arrangement on described bandage 1；Described electrode includes the first electricity
Pole 31 and second electrode 32, described first electrode 31 is electrically connected with described first conductive fabric 21, described second electrode 32 and institute
State the second conductive fabric 22 to be electrically connected with.
In use, conductive fabric needs to fit with affected part, i.e. the both sides in leg affected part, so above-mentioned embodiment is same
When be provided with the first conductive fabric 21 and the second conductive fabric 22, due to the first conductive fabric 21 and the second conductive fabric 22 about partitioned arrangement
Arrangement, so after bandage 1 is bound, the first conductive fabric 21 and the second conductive fabric 22 will be respectively arranged on the both sides in leg affected part, this
When electric current will flow to patient legs from the first conductive fabric 21, then flow to the second conductive fabric 22 again, that is, make the first conductive fabric 21,
Patient legs, the second conductive fabric 22 form the path of a connection, realize the electronic stimulation to patient with this.
Further, as shown in Figures 2 and 3, described first conductive fabric 21 edge relative with described second conductive fabric 22
Including interconnective first top 211 and first following 212, described first top 211 is upper from described first conductive fabric 21
Hold and extend toward the inside of described first conductive fabric 21, described first following 212 from the lower end of described first conductive fabric 21 toward described
The inside of the first conductive fabric 21 extends, so that described first conductive fabric 21 edge relative with described second conductive fabric 22 is concave
Shape；Described second conductive fabric 22 edge relative with described first conductive fabric 21 includes interconnective second top 221 and
Two following 222, described second top 221 is from the upper end of described second conductive fabric 22 toward prolonging the outside of described second conductive fabric 21
Stretch, described second following 222 extends toward the outside of described second conductive fabric 22 from the lower end of described second conductive fabric 22, so that institute
Stating the second conductive fabric 22 edge relative with described first conductive fabric 21 is in standing shape.
It is arranged on as a example right leg by foot drop therapeutic apparatus, now the first conductive fabric 21 will be fitted with the inner side of right leg, second
Conductive fabric 22 will be fitted with the outside of right leg, and now the first conductive fabric 21 and the second conductive fabric 22 just cover in the calf with right leg
Always on nerve, thus reaching the effect of accurate treatment.So above-mentioned embodiment the first conductive fabric 21 and the second conductive fabric 22
Shape is specially to design it is therefore an objective to enable the first conductive fabric 21 and the second conductive fabric 22 to cover nervus peroneus communis as far as possible and pass through
Position on, to improve therapeutic effect.
Further, as shown in Figures 2 and 3, the length of described first top 211 is less than described first following 212, so that
Described first conductive fabric 21 edge relative with described second conductive fabric 22 is recessed on top；Described second top 221
Length is less than described second following 222, so that described second conductive fabric 22 edge relative with described first conductive fabric 21 is upper
Portion is in standing shape.
In the same manner, the purpose of this embodiment is so that the first conductive fabric 21 and the second conductive fabric 22 always can cover calf further
On the position that nerve passes through, to improve therapeutic effect.
Further, as shown in Figures 2 and 3, described first conductive fabric 21 edge relative with described second conductive fabric 22
Also include concave arc side 213, described first top 211 is connected by described concave arc side 213 following with described first 212；Described
Two conductive fabrics 22 edge relative with described first conductive fabric 21 also includes convex arc side 223, and described second top 221 is passed through described
Convex arc side 223 following with described second 222 is connected.
In the same manner, the purpose of this embodiment is so that the first conductive fabric 21 and the second conductive fabric 22 can further cover calf
On the position that always nerve passes through, to improve therapeutic effect.
Further, formation the first recess 41, another side as shown in figure 1, a side of described bandage 1 is recessed inside
Depression forms the second recess 42 inside, and described first recess 41 is positioned opposite with the second recess 42.
Conductive fabric be aligned affected part is the premise realizing treatment, but the expert of user's not drop foot therapy field, if
User is needed voluntarily to judge that the position of conductive fabric laminating is then very inaccurate；For solving this problem, the of present embodiment
One recess 41 and the second recess 42 bring reference for user, and the first recess 41 and the second recess 42 only need to be aligned by user
In front of knee shin bone position just can, conductive fabric will be made after be aligned voluntarily to fit with nervus peroneus communis, be that user brings greatly
Convenience, and this structure also complies with body mechanics's engineering so that user is more comfortable in donning process.Wherein,
One recess 41 and the second recess 42 all could be arranged to V-type, more to meet body mechanics's requirement, improve user further and wearing
Comfort level during wearing.
Further, as shown in figure 1, described bandage 1 includes interconnective positioning belt 11 and electromedical belt 12, described
Located at the top of described positioning belt 11 and described electromedical belt 12 junction, described second recess 42 is respectively arranged on described one recess 41
Positioning belt 11 and the upper and lower of described electromedical belt 12 junction, described conductive fabric on the medial surface of described electromedical belt 12, institute
State electrode on the lateral surface of described electromedical belt 12, described electrode is passed through described electromedical belt 12 and electrically connected with described conductive fabric
Connect.
Further, as shown in figure 1, the end of described electromedical belt 12 is connected with twines bandage 13, described twine bandage 13 end
The outer surface in portion is provided with velcro generatrix 51；Described bandage 1 outer surface is additionally provided with magic notice face 52, described magic notice face 52
Along described electromedical belt 12 and the described upper edge arrangement twining bandage 13；Described twine on bandage 13 equipped with bracelet (not shown), institute
State bracelet for for described twine bandage 13 pass through and turn back so that the described bandage 13 that twines can pass through described VELCRO after turning back
Generatrix 51 and described magic notice face 52 bond；The outer surface of described positioning belt 11 is provided with buckle lock 8, and described buckle lock 8 is used for
Couple with described bracelet, so that the described electrode slice for drop foot treatment can surround ring-type.
When using, twine and turn back after bandage 13 passes through bracelet and bonded by velcro generatrix 51 and magic notice face 52,
Adjust the length twining bandage 13 with this, after the length adjustment twining bandage 13 is suitable, just bracelet can be coupled with buckle lock 8, with
This makes the described electrode slice for drop foot treatment surround the affected part in user for the annular casing；Wherein, the surface of described bracelet
One magnetic boss of band of formation can be protruded, and described buckle lock 8 can be a magnetic shrinkage pool of tool, using
Cheng Zhong, only need to just enable bracelet and the fixation of buckle lock 8 by embedding with magnetic boss in the shrinkage pool of magnetic, certainly, band
The embodiment of button and buckle lock is varied, is not limited to this kind of mode, those skilled in the art select according to actual needs
Just can select, as long as the fixation being capable of twining bandage 13 with positioning belt 11 just should belong to protection domain of the present utility model；In addition,
Described magic notice face 52 along described electromedical belt 12 and the described upper edge arrangement twining bandage 13, that is, illustrates velcro generatrix 51
The adhesive surface that can select is very many, thus ensureing that various people can be elastic from main regulation foot drop therapeutic apparatus.Wherein,
The surface of described velcro generatrix 51 is the seta face of many root thorns hair composition, and described magic notice face 52 is many fur compositions
Fur face, or, the surface of described velcro generatrix 51 is the fur face of many fur compositions, and described magic notice face 52 is
The seta face of many root thorns hair composition.
Further, as shown in figure 1, the outer surface of described positioning belt 11 is provided with VELCRO area 6, described VELCRO area 6
For installing control main frame；It is provided with metallic channel 71, described metallic channel 71 is provided with wire outlet 72, described inside described electromedical belt 12
Wire outlet 72 is towards described VELCRO area 6；Described electrode has the terminals in metallic channel 71, and described terminals are used for
Led to by lead and be electrically connected with described control main frame outside described metallic channel 71.
For convenience of user, present embodiment is provided with VELCRO area 6 in the outer surface of positioning belt 11, as long as in control main frame
Upper setting VELCRO, just control main frame can be bonded in VELCRO area 6, be easy to control main frame is carried；And wire
Outlet 72 targeted by VELCRO area 6, also allows for the electric connection of control main frame and electrode.
Further, the inner surface of described conductive fabric is coated with sponge.
Inner surface due to conductive fabric covers sponge, so when conductive fabric is with human contact, sponge can be to conduction
Cloth produces certain elastic force, the human body so that conductive fabric is more fitted, and also improves user and uses during foot drop therapeutic apparatus
Comfort.
Further, described bandage 1 is the bandage 1 being made up of spandex fibre.
Spandex fibre is generally called Lycra cloth again, and it can greatly improve elastic force and the extensibility of fabric, after spandex fibre stretching
Recovery be well its maximum advantage.From its range of extension unlike traditional elastic fiber up to 500%, and can recover former
Sample, that is, this fiber can very easily be stretched, but can be close to human body surface, the bundle to human body after reply
Binding force very little.So ensure that conductive fabric can closely be fitted with human body using the bandage 1 of this material, control curative effect to improve
Really.
Certainly, each embodiment above-mentioned can be used alone it is also possible to combination application, wherein the utility model preferably
As shown in Figures 1 to 3, the described electrode slice for drop foot treatment includes bandage 1 to one embodiment, and described bandage 1 includes phase
The positioning belt 11 connecting and electromedical belt 12, are provided with first recessed above described positioning belt 11 and described electromedical belt 12 junction
Mouth 41, lower section are provided with the second recess 42, and the first recess 41 and the second recess 42 are V-type mouth.The appearance of described positioning belt 11
Face is provided with buckle lock 8 and VELCRO area 6, and described buckle lock 8 is placed in the left side of positioning belt 11, and described VELCRO area 6 is placed in described
Control main frame wherein, as long as arranging VELCRO in control main frame, just can be bonded in VELCRO area 6 by the right side of positioning belt 11
Interior.The inner surface of described electromedical belt 12 is provided with the first conductive fabric 21 and the second conductive fabric 22, inside are provided with metallic channel 71, outer surface
It is provided with first electrode 31 and second electrode 32, right part are connected with strip twines bandage 13.Described first conductive fabric 21 and institute
State the first top 211, the concave arc side 213 and first following 212 that the relative edge of the second conductive fabric 22 includes sequentially connecting, described
First top 211 extends from the upper end of described first conductive fabric 21 toward the inside of described first conductive fabric 21, and described first is following
212 extend from the lower end of described first conductive fabric 21 toward the inside of described first conductive fabric 21, due to described first top 211
Length is less than described first following 212, so that described first conductive fabric 21 edge relative with described second conductive fabric 22
Recessed on top；Described second conductive fabric 22 edge relative with described first conductive fabric 21 includes second sequentially connecting
Top 221, convex arc side 223 and second following 222, described second top 221 is from the upper end of described second conductive fabric 22 toward described
The outside extension of the second conductive fabric 22, described second following 222 is conductive toward described second from the lower end of described second conductive fabric 22
The outside extension of cloth 22, the length due to described second top 221 is less than described second following 222, so that described second
Conductive fabric 22 edge relative with described first conductive fabric 21 is in standing shape on top.Described metallic channel 71 is in the middle part of electromedical belt 12
Lateral arrangement, described metallic channel 71 is provided with wire outlet 72, and described wire outlet 72 is towards described VELCRO area 6.Described first
Electrode 31, second electrode 32 are each passed through metallic channel 71 and are electrically connected with the first conductive fabric 21, the second conductive fabric 22, and described first
Electrode 31 and second electrode 32 are respectively provided with the terminals in metallic channel 71, and described terminals are used for leading to institute by lead
State and be electrically connected with described control main frame outside metallic channel 71.The described outer surface twining bandage 13 end is provided with velcro generatrix 51,
Described velcro generatrix 51 are the seta face of many root thorns hair composition；Described bandage 1 outer surface is additionally provided with magic notice face 52, this evil spirit
Art notice face 52 is the fur face of many furs composition, and described magic notice face 52 along described electromedical belt 12 and described twines bandage 13
Upper edge arrangement；Further, described twine on bandage 13 equipped with bracelet, described bracelet be used for wear for the described bandage 13 that twines
Cross and turn back, so that the described bandage 13 that twines can be by described velcro generatrix and the face bonding of described magic notice after turning back.
As a example in this embodiment, a electrode slice using method for drop foot treatment described in the utility model is as follows
(taking apply in right crus of diaphragm as a example)：
1st, the first recess 41 and the second recess 42 are directed at shin bone position in front of right leg knee；
2nd, twine after bandage 13 passes through bracelet and turn back, and velcro generatrix 51 and magic notice face 52 are bonded, adjusted with this
Twine the length of bandage 13, then bracelet and buckle lock are coupled, with this, described electrode slice being used for drop foot treatment is tightened
On right leg；
3rd, control main frame is connected with first electrode 31, second electrode 32, so that the first conductive fabric 21 and second is led
Electric cloth 22 carries out electro photoluminescence to nervus peroneus communis；Wherein, in order to easy to use, control main frame can also be pasted onto VELCRO area 6
On.
The above is preferred embodiment of the present utility model it is noted that ordinary skill for the art
For personnel, on the premise of without departing from the utility model principle, some improvements and modifications can also be made, these improve and moisten
Decorations are also considered as protection domain of the present utility model.
Claims (9)
1. a electrode slice for drop foot treatment, including bandage it is characterised in that described bandage medial surface is provided with conduction
Cloth, described conductive fabric is electrically connected with electrode, and described electrode is used for accepting power input and delivering to described power input described
Conductive fabric exports；
Described conductive fabric includes the first conductive fabric and the second conductive fabric, and described first conductive fabric and described second conductive fabric are described
Partitioned arrangement arrangement in left and right on bandage；
Described electrode includes first electrode and second electrode, and described first electrode is electrically connected with described first conductive fabric, described
Second electrode is electrically connected with described second conductive fabric.
2. according to claim 1 be used for drop foot treatment electrode slice it is characterised in that
The described first conductive fabric edge relative with described second conductive fabric includes interconnective first top and first below,
Described first top extends from the upper end of described first conductive fabric toward the inside of described first conductive fabric, and described first below from institute
The lower end stating the first conductive fabric extends toward the inside of described first conductive fabric, so that described first conductive fabric is conductive with described second
The relative edge of cloth is recessed；
The described second conductive fabric edge relative with described first conductive fabric includes interconnective second top and second below,
From the upper end of described second conductive fabric toward the outside extension of described second conductive fabric, described second below from institute for described second top
State the outside extension of the lower end of the second conductive fabric toward described second conductive fabric, so that described second conductive fabric is conductive with described first
The relative edge of cloth is in standing shape.
3. according to claim 2 be used for drop foot treatment electrode slice it is characterised in that
It is following, so that described first conductive fabric is relative with described second conductive fabric that the length of described first top is less than described first
Edge recessed on top；
It is following, so that described second conductive fabric is relative with described first conductive fabric that the length of described second top is less than described second
Edge top be in standing shape.
4. according to claim 2 be used for drop foot treatment electrode slice it is characterised in that
The described first conductive fabric edge relative with described second conductive fabric also includes concave arc side, and described first top is passed through described
Concave arc side is connected below with described first；
The described second conductive fabric edge relative with described first conductive fabric also includes convex arc side, and described second top is passed through described
Convex arc side is connected below with described second.
5. according to claim 1 be used for drop foot treatment electrode slice it is characterised in that a side of described bandage inside
Depression formation the first recess, another side are recessed inside and form the second recess, and described first recess is positioned opposite with the second recess.
6. it is used for the electrode slice of drop foot treatment according to claim 5 it is characterised in that described bandage includes being connected with each other
Positioning belt and electromedical belt, described first recess located at the top of described positioning belt and described electromedical belt junction, described second
, located at the lower section of described positioning belt and described electromedical belt junction, described conductive fabric is located at the medial surface of described electromedical belt for recess
On, on the lateral surface of described electromedical belt, described electrode is through described electromedical belt and electrical with described conductive fabric for described electrode
Connect.
7. according to claim 6 be used for drop foot treatment electrode slice it is characterised in that
The end of described electromedical belt is connected with and twines bandage, and the described outer surface twining strap end is provided with velcro generatrix；
Described bandage outer surface is additionally provided with magic notice face, and described magic notice face along described electromedical belt and described twines the upper of bandage
Lateral edges are arranged；
Described twine equipped with bracelet on bandage, described bracelet be used for for described twine bandage pass through and turn back so that described twine bandage energy
By described velcro generatrix and the face bonding of described magic notice enough after turning back；
The outer surface of described positioning belt is provided with buckle lock, described buckle lock be used for couple with described bracelet so that described for foot
The electrode slice of sagging treatment can surround ring-type.
8. it is used for the electrode slice of drop foot treatment according to claim 1 it is characterised in that the inner surface of described conductive fabric covers
It is stamped sponge.
9. it is used for the electrode slice of drop foot treatment according to claim 1 it is characterised in that described bandage is by spandex fibre
The bandage made.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620399327.5U CN205924700U (en) | 2016-05-05 | 2016-05-05 | A section is used for electrode slice of drop foot treatment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620399327.5U CN205924700U (en) | 2016-05-05 | 2016-05-05 | A section is used for electrode slice of drop foot treatment |
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| CN205924700U true CN205924700U (en) | 2017-02-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105816955A (en) * | 2016-05-05 | 2016-08-03 | 深圳市讯丰通电子有限公司 | Electrode plate used for foot drop treatment |
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2016
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105816955A (en) * | 2016-05-05 | 2016-08-03 | 深圳市讯丰通电子有限公司 | Electrode plate used for foot drop treatment |
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Address after: 518000 No. 1 building 14, medicine industrial park, 203, Jinhui Road, Ping mountain, Guangdong, Shenzhen Patentee after: Shenzhen Fung medical Limited by Share Ltd Address before: Jinhui Road, Shenzhen city Guangdong province 518000 Pingshan New District No. 14 Biomedical Innovation Industrial Park Building No. 1 203 Patentee before: Shenzhen XFT Electronics Co., Ltd. |