CN207838030U - It can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate - Google Patents
It can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate Download PDFInfo
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- CN207838030U CN207838030U CN201720420956.6U CN201720420956U CN207838030U CN 207838030 U CN207838030 U CN 207838030U CN 201720420956 U CN201720420956 U CN 201720420956U CN 207838030 U CN207838030 U CN 207838030U
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Abstract
The utility model is related to one kind can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, including host and the first electrode plate, second electrode plate and the third electrode plate that are electrically connected with host；One of which dynamic in the first electrode plate, second electrode plate and third electrode plate is connect with the cathode electric signal of the host, and both another dynamic is connect with the positive electric signal of the host.The utility model avoids malpractice caused by human body generates tolerance and blindly reinforces treatment intensity, improves therapeutic effect, while also adding therapeutic domain.
Description
Technical field
The utility model is related to medical equipment fields, and in particular to one kind can the polar three-dimensional of dynamic dispatching electrode plate
Active treatment instrument.
Background technology
Currently, middle low-frequency therapeutic apparatus is widely used in the chronic diseases such as neck-shoulder pain, lumbago and leg pain.
The composition of therapeutic equipment includes host and for the electrode plate with human contact, can be right by the program on host
The pulse current being output on electrode plate is set, to provide different treatment intensity and effect for human body.But this is controlled
Equipment is treated to have the following disadvantages：
(1) pulse current output is always to enter from the electrode plate as anode, from the electrode plate output as cathode, institute
The electric interfering field of generation lacks dynamic change, and patient will produce tolerance, to affect the treatment；Meanwhile pulse current output frequency
Rate is always fixed, and electric interfering field lacks dynamic change, also results in patient and generates tolerance, leads to unsatisfactory curative effect, such as
Fruit increases treatment intensity, it is possible to the malpractices such as electric injury can be caused to patient.
(2) patients with chronic diseases such as almost all of neck-shoulder pain, lumbago and leg pain can carry out to mitigate the discomfort of diseased region
Self-control replaces the function of diseased region with the function of the tissue on diseased region periphery, for a long time, will lead to peripheral group
Strain lesion is knitted, the association tract pain of large area is caused.But the therapeutic domain of existing middle low-frequency therapeutic apparatus only office
It is limited to each electrode plate periphery, that is, is only limitted to original diseased region, and does not cover the association position on former diseased region periphery.
(3) for the therapeutic equipment exported with temperature, lack the detection to its electrode plate temperature.On the one hand, lack temperature
Degree detection can cause the temperature set on host that may not be inconsistent with actual temperature on electrode plate；On the other hand, it often finishes and once controls
After treating and powering off, host will be given tacit consent to without additional temp on electrode plate, when treating next time, if electrode plate heat dissipation is too late
When, the temperature exported again will be superimposed with last additional temp, and electrode plate actual temperature is caused to be apparently higher than host
Set temperature, therefore easily to patient cause scald etc. malpractices.
(4) for the therapeutic equipment exported with temperature, lack the detection to electrode plate aging.After a period of use,
The baseplate material of electrode plate and the heating resistance wire that is attached on substrate can aging, pulse current and heating effect are had
Harmful effect, to affect the treatment, but in the prior art but without the scheme of easily detection aging.
Therefore, the prior art still needs to further improve and develop.
Utility model content
The purpose of this utility model is that existing therapeutic equipment unsatisfactory curative effect is at least solved the problems, such as, to disclose one
Kind can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate.
In order to achieve the goal above, one kind disclosed by the utility model can the polar Three-Dimensional Dynamic of dynamic dispatching electrode plate control
Treat instrument, including host and the first electrode plate, second electrode plate and the third electrode plate that are electrically connected with host；The first electrode
One of which dynamic in plate, second electrode plate and third electrode plate is connect with the cathode electric signal of the host, both another dynamic
State is connect with the positive electric signal of the host.
In further scheme, the first electrode plate, second electrode plate and third electrode plate are triangular in shape when in use
It lays.
In further scheme, the host includes power module, CPU module, display module and output interface module；Institute
Power module is stated respectively with the CPU module, display module and output interface module for being electrically connected；The CPU module difference
Connect with the display module and output interface module electric signal, the output interface module respectively with the first electrode
Plate, second electrode plate are connected with third electrode plate electric signal.
In further scheme, the first electrode plate, second electrode plate and third electrode plate all have with lower structure：Including
Conductive and heat-conductive substrate and the heating resistance wire being attached on conductive and heat-conductive substrate have pulse current on the conductive and heat-conductive substrate
Jack；It is also equipped with temperature sensor on the conductive and heat-conductive substrate；The temperature sensor has and the heating resistance wire
One end electrical connection test side and feedback end for being electrically connected with the host.
In further scheme, control chip is also equipped on the conductive and heat-conductive substrate；The detection of the temperature sensor
The first end of end and the heating resistance wire is electrically connected；The control chip has and the second end of the heating resistance wire is electrically connected
The test side connect and the feedback end for being electrically connected with the host.
In further scheme, the conductive and heat-conductive substrate also has the first jack and the second jack；The temperature sensor
Test side and the first end of the heating resistance wire be electrically connected with first jack；It is described control chip test side and
The second end of the heating resistance wire is electrically connected with second jack.
In further scheme, the conductive and heat-conductive substrate also has third jack and the 4th jack；The control chip
Feedback end is electrically connected with the third jack；The feedback end of the temperature sensor and the 4th jack electrical connection.
In further scheme, the conductive and heat-conductive substrate is specially electrically conductive graphite silica gel plate.
In further scheme, the front of the electrically conductive graphite silica gel plate is used for and human contact, the control chip and temperature
Sensor is spent to be mounted on the back side of the electrically conductive graphite silica gel plate.
In further scheme, the electrically conductive graphite silica gel plate is rectangular or round or ellipse.
The utility model at least has following advantageous effect：
(1) since the electric signal polarity for being input to first electrode plate, second electrode plate and third electrode plate being capable of dynamic
Variation, electric interfering field to generate also dynamic change therewith avoid that human body generates tolerance and blindly to reinforce treatment strong
Malpractice caused by degree improves therapeutic effect, while also adding therapeutic domain.
(2) further electrode plate increases temperature sensor in scheme, can be examined to the actual temperature of heating resistance wire
Host is surveyed and feeds back to, to realize more accurate temperature output control.
(3) further electrode plate increases control chip in scheme, can detect and count conductive and heat-conductive substrate and fever
The usage time of resistance wire, and feed back to host, when conductive and heat-conductive substrate and heating resistance wire reach degree of aging, host can
Output current, and prompting changing are automatically cut off, is affected the treatment so as to avoid conductive and heat-conductive substrate and heating resistance wire aging
The problem of.
Description of the drawings
Fig. 1 is can the polar Three-Dimensional Dynamic therapeutic equipment operation principle schematic diagram of dynamic dispatching electrode plate disclosed in embodiment.
Fig. 2 is the electrode plate structure schematic diagram of embodiment.
10- conductive and heat-conductive substrates, 11- pulse current jacks, the first jacks of 12-, 13- and the second jack, 14- thirds are inserted
Hole, the 4th jacks of 15-, 20- heating resistance wires, 30- temperature sensors, 40- control chip.
Specific implementation mode
In order to facilitate the understanding of those skilled in the art, below in conjunction with attached drawing and embodiment to the utility model into traveling
One step describes.
Referring to Fig. 1, disclosed in embodiment can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, including host with
And the electrode plate being electrically connected with host i.e. first electrode plate A, second electrode plate B and third electrode plate C；First electrode plate A, second
One of which dynamic in electrode plate B and third electrode plate C is connect with the cathode electric signal of host, both another dynamic and host
Positive electric signal connection.
First electrode plate A, second electrode plate B and third electrode plate C triangular in shape can be laid when the present embodiment is in use.
A kind of above-mentioned mode with cathode electric signal/anode electric signal Dynamic link library of host is：In first electrode plate A, second electrode
Rotation cathode and anode are recycled between plate B and third electrode plate C.For example：At moment time T1, first electrode plate A is cathode,
Second electrode plate B and third electrode plate C is anode；At moment time T2, second electrode plate B is cathode, third electrode plate C and the
One electrode plate A is anode；At moment time T3, third electrode plate C is cathode, and first electrode plate A and second electrode plate B are just
Pole；At moment time T4, first electrode plate A is cathode, and second electrode plate B and third electrode plate C are anode, are so recycled.
Certainly, in other schemes, the polarity rotation of first electrode plate A, second electrode plate B and third electrode plate C
Can be random rotation, and acyclic rotation, but recycle wheel and be changed to preferred embodiment.
In a kind of alternative of the present embodiment, host includes that power module, CPU module, display module and output connect
Mouth mold block；Power module is respectively with CPU module, display module and output interface module for being electrically connected；CPU module respectively with it is aobvious
Show module and output interface module electric signal connection, output interface module respectively with the first electrode plate A, second electrode plate
B is connected with third electrode plate C electrical signal.Output interface module can be defeated according to the instruction dynamic dispatching of CPU module in the present embodiment
Go out the polarity of the electric signal to first electrode plate A, second electrode plate B and third electrode plate C.
The structure of first electrode plate A, second electrode plate B and third electrode plate C that the present embodiment is related to can refer to Fig. 2.
Electrode plate in Fig. 2 includes conductive and heat-conductive substrate 10 and the heating resistance wire 20 that is attached on conductive and heat-conductive substrate,
There is pulse current jack 11 on conductive and heat-conductive substrate 10；Temperature sensor 30 is also equipped on conductive and heat-conductive substrate 10；Temperature
The test side that sensor 30 has and one end of heating resistance wire 20 is electrically connected and the feedback end for being electrically connected with host.
In the electrode plate, pulse current jack 11 is for being passed through the electric current for being delivered to electrode plate from host, conductive and heat-conductive base
On the one hand electric current can be transmitted to heating resistance wire 20, heating resistance wire 20 is made to send out by plate 10 due to having conductive and heat conductivility
Heat simultaneously conducts heat to human body by conductive and heat-conductive substrate 10；On the other hand directly pulse current can be conducted to human body.Temperature
Sensor 30 can be detected the actual temperature of heating resistance wire 20 and feed back to host, to realize more accurate temperature
Output control.
In the further scheme of electrode plate, control chip 40 is also equipped on conductive and heat-conductive substrate 10；Temperature sensor 30
Test side and heating resistance wire first end electrical connection；Controlling chip 40 has and the electrical connection of the second end of heating resistance wire 20
Test side and feedback end for being electrically connected with host.
Control chip 40 can detect and count the usage time of conductive and heat-conductive substrate 10 and heating resistance wire 20, and feed back
To host, when conductive and heat-conductive substrate 10 and heating resistance wire 20 reach degree of aging, host can automatically cut off output current, and
Prompting changing, the problem of affecting the treatment so as to avoid conductive and heat-conductive substrate 10 and 20 aging of heating resistance wire.
In the further scheme of electrode plate, conductive and heat-conductive substrate 10 also has the first jack 12 and the second jack 13；Temperature
The test side of sensor 30 and the first end of heating resistance wire 20 are electrically connected with the first jack 12；Control the test side of chip 40
It is electrically connected with the second jack 13 with the second end of heating resistance wire 20.
In the further scheme of electrode plate, conductive and heat-conductive substrate 10 also has third jack 14 and the 4th jack 15；Control
The feedback end of chip is electrically connected with third jack 14；The feedback end of temperature sensor 30 and the electrical connection of the 4th jack 15.
In the further scheme of electrode plate, conductive and heat-conductive substrate can be specifically electrically conductive graphite silica gel plate, the electrically conductive graphite
The front of silica gel plate is used for and human contact, controls chip 40 and temperature sensor 30 is mounted on the back side of electrically conductive graphite silica gel plate
On.Electrically conductive graphite silica gel plate can be rectangular or round or ellipse or other arbitrary shapes.
Certainly, the electrode plate of the present embodiment can also be the conventional electrodes plate that other can be used for medical treatment, electricity described above
Electrode plate structure is only preferred embodiment.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (10)
1. one kind can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, including host, which is characterized in that further include with it is main
First electrode plate, second electrode plate and the third electrode plate of mechatronics；The first electrode plate, second electrode plate and third electricity
One of which dynamic in pole plate is connect with the cathode electric signal of the host, the positive telecommunications of both another dynamic and the host
Number connection.
2. according to claim 1 can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, which is characterized in that described
The laying triangular in shape when in use of first electrode plate, second electrode plate and third electrode plate.
3. according to claim 1 can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, which is characterized in that described
Host includes power module, CPU module, display module and output interface module；The power module respectively with the CPU moulds
Block, display module and output interface module are for electrical connection；The CPU module respectively with the display module and output interface
Modular telecommunications number connect, and the output interface module is electric with the first electrode plate, second electrode plate and third electrode plate respectively
Signal connects.
4. it is according to any one of claims 1 to 3 can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, feature
It is, the first electrode plate, second electrode plate and third electrode plate all have with lower structure：Including conductive and heat-conductive substrate and attached
The heating resistance wire on conductive and heat-conductive substrate, there is pulse current jack on the conductive and heat-conductive substrate；The conduction is led
Temperature sensor is also equipped on hot substrate；The inspection that the temperature sensor has and one end of the heating resistance wire is electrically connected
Survey end and the feedback end for being electrically connected with the host.
5. according to claim 4 can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, which is characterized in that described
Control chip is also equipped on conductive and heat-conductive substrate；The first end of the test side of the temperature sensor and the heating resistance wire
Electrical connection；It is described control chip have and the heating resistance wire second end be electrically connected test side and be used for and the master
The feedback end of mechatronics.
6. according to claim 5 can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, which is characterized in that described
Conductive and heat-conductive substrate also has the first jack and the second jack；The test side of the temperature sensor and the heating resistance wire
First end is electrically connected with first jack；It is described control chip test side and the heating resistance wire second end with
The second jack electrical connection.
7. according to claim 6 can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, which is characterized in that described
Conductive and heat-conductive substrate also has third jack and the 4th jack；The feedback end of the control chip is electrically connected with the third jack
It connects；The feedback end of the temperature sensor and the 4th jack electrical connection.
8. according to claim 7 can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, which is characterized in that described
Conductive and heat-conductive substrate is specially electrically conductive graphite silica gel plate.
9. according to claim 8 can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, which is characterized in that described
The front of electrically conductive graphite silica gel plate is used for and human contact, and the control chip and temperature sensor are mounted on the electrically conductive graphite
On the back side of silica gel plate.
10. according to claim 9 can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate, which is characterized in that institute
It is rectangular or round or ellipse to state electrically conductive graphite silica gel plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720420956.6U CN207838030U (en) | 2017-04-19 | 2017-04-19 | It can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720420956.6U CN207838030U (en) | 2017-04-19 | 2017-04-19 | It can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207838030U true CN207838030U (en) | 2018-09-11 |
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ID=63424736
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720420956.6U Active CN207838030U (en) | 2017-04-19 | 2017-04-19 | It can the polar Three-Dimensional Dynamic therapeutic equipment of dynamic dispatching electrode plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207838030U (en) |
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2017
- 2017-04-19 CN CN201720420956.6U patent/CN207838030U/en active Active
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