CN207822279U - Wearable shortwave therapeutic equipment - Google Patents
Wearable shortwave therapeutic equipment Download PDFInfo
- Publication number
- CN207822279U CN207822279U CN201720629537.3U CN201720629537U CN207822279U CN 207822279 U CN207822279 U CN 207822279U CN 201720629537 U CN201720629537 U CN 201720629537U CN 207822279 U CN207822279 U CN 207822279U
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- China
- Prior art keywords
- wearable
- shortwave
- therapeutic equipment
- circuit
- radiation appliance
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Abstract
The utility model provides a kind of wearable shortwave therapeutic equipment.The wearable shortwave therapeutic equipment includes the radiation appliance for being fitted in the flexible supporter for the treatment of region He being set to the flexible supporter.The radiation appliance is used to send out shortwave to treatment region.The flexible supporter can be fitted in the site of pathological change of human body by the wearable shortwave therapeutic equipment as needed at any time, can be treated to human body by the wearable shortwave therapeutic equipment.Therefore the wearable shortwave therapeutic equipment facilitates patient to carry, use.
Description
Technical field
The utility model is related to medical instruments fields, more particularly to a kind of wearable shortwave therapeutic equipment.
Background technology
In medical health field, the shortwave with certain frequency can be used for treating neurologic impairment sequelae, backbone and
The diseases such as articular degeneration, motional injury.Existing shortwave therapeutic equipment is bulky, complicated for operation, expensive,
And can only configure in medical institutions, patient is inconvenient to use, can not carry.
Utility model content
Based on this, it is necessary to bulky, complicated for operation for traditional shortwave therapeutic equipment and can only configure in medical treatment
Mechanism, patient is inconvenient to use, the problem of can not carrying, provides a kind of wearable shortwave therapeutic equipment.
A kind of wearable shortwave therapeutic equipment, including：
Flexible supporter for being fitted in treatment region；
It is set to the radiation appliance of the flexible supporter, the radiation appliance is for sending out shortwave.
The flexible supporter is laminated structure in one of the embodiments, and the laminated structure is surrounding perimeter
Adjustable cyclic structure；
The flexible supporter is provided with fixed structure, and the fixed structure is used to the flexible supporter being fixed on institute
Treatment region is stated, the fixed structure includes the first connector and the second connector for being respectively arranged at the laminated structure both ends,
First connector locks the perimeter of the cyclic structure after being connected with second connector.
The radiation appliance is set to any one end at the laminated structure both ends in one of the embodiments, and with
First connector or second connector are correspondingly arranged.
The flexible supporter is laminated structure made of memory material in one of the embodiments,.
The flexible supporter is annular enclosed elastic construction in one of the embodiments, the radiation appliance setting
In the inside of the annular enclosed elastic construction.
Further include charging connection module in one of the embodiments, the charging connection module and the radiation appliance
Connection.
Further include control module in one of the embodiments, the control module is connect with the radiation appliance, described
Control module is provided with the timing unit for adjusting the radiation appliance shortwave time of origin and controls the radiation appliance and opens
The switch unit closed.
The radiation appliance includes power circuit, short wave generation circuit, amplifying circuit and spoke in one of the embodiments,
Transmit-receive radio road, the power circuit are connect with the short wave generation circuit, amplifying circuit respectively, the short wave generation circuit, described
Amplifying circuit and the raddiating circuit are sequentially connected.
The short wave generation circuit includes the tunable capacitor and crystal oscillation being connected with each other in one of the embodiments,
Device.
The amplifying circuit is common emitter amplifying circuit in one of the embodiments, the common emitter amplifying circuit
Base stage is connected with the short wave generation circuit, and the emitter of the common emitter amplifying circuit is connect with the raddiating circuit, institute
The collector for stating common emitter amplifying circuit is connect with the power circuit.
Above-mentioned wearable shortwave therapeutic equipment includes the flexible supporter for being fitted in treatment region.The flexible support
Body is provided with radiation appliance.The flexible supporter can fit to human body position in need for the treatment of.Pass through the radiation appliance
Shortwave can be sent out to treat the site of pathological change of human body.The wearable shortwave therapeutic equipment can at any time as needed
The site of pathological change that the flexible supporter is fitted in human body can treat human body by the radiation appliance.Therefore
The wearable shortwave therapeutic equipment facilitates patient to carry, use.
Description of the drawings
Fig. 1 is the wearable shortwave therapeutic equipment structure chart that the utility model embodiment provides；
Fig. 2 is the structure chart for wearable shortwave therapeutic equipment another angle that the utility model embodiment provides；
Fig. 3 is the circuit diagram of the radiation appliance for the wearable shortwave therapeutic equipment that the utility model embodiment provides.
Reference sign
Wearable shortwave therapeutic equipment 100, flexible supporter 110, fixed structure 120, the first connector 121, second
It is connector 122, radiation appliance 200, charging connection module 210, control module 220, timing unit 221, switch unit 222, short
Wave generation circuit 230, tunable capacitor 231, crystal oscillator 232, amplifying circuit 240, first resistor 241, second resistance 242,
First capacitance 243, the second capacitance 244, triode 245, raddiating circuit 250,3rd resistor 251, power circuit 260, radiation
Circle 270.
Specific implementation mode
Refer to Fig. 1, the utility model embodiment provides a kind of wearable shortwave therapeutic equipment 100.It is described wearable
Formula shortwave therapeutic equipment 100 includes for being fitted in the flexible supporter 110 for the treatment of region and being set to the flexible supporter 110
Radiation appliance 200.The radiation appliance 200 is for sending out shortwave.
The flexible supporter 110 is used to fit in the wearable shortwave therapeutic equipment 100 therapy section of human body
Position.The flexible supporter 110 can flexibly fold winding according to the different parts of human body and change shape, to be preferably bonded
In human body.Cyclic structure can be formed after the both ends of the flexible supporter 110 are close to each other.The flexible supporter 110 can
To be fabricated from a flexible material.The flexible supporter 110 facilitates folding, therefore is also convenient for transportation.The radiation appliance 200
For emitting continuous shortwave.Preferably, the short frequency that the radiation appliance 200 emits is 13.56MHz.The shortwave of the frequency
Good effect has been resumed treatment to neurologic impairment sequelae, backbone and the articular degeneration of human body, motional injury
Fruit.
The wearable shortwave therapeutic equipment 100 includes the flexible supporter 110 for being fitted in treatment region.It is described soft
Property supporter 110 is provided with radiation appliance 200.The flexible supporter 110 can fit to human body position in need for the treatment of.It is logical
It crosses the radiation appliance 200 and can send out shortwave and the site of pathological change of human body is treated.The wearable shortwave treatment is set
Standby 100 can at any time as needed fit in the flexible supporter 110 site of pathological change of human body, pass through the radiation appliance
200 can treat human body.Therefore the wearable shortwave therapeutic equipment 100 facilitates patient to carry, use.
The flexible supporter 110 is laminated structure in one of the embodiments,.The laminated structure is surrounding week
Long adjustable cyclic structure.The flexible supporter 110 is provided with fixed structure 120.The fixed structure 120 is used for will be described
Flexible supporter 110 is fixed on the treatment region.The fixed structure 120 includes being respectively arranged at the laminated structure both ends
First connector 121 and the second connector 122.Institute is locked after first connector 121 and second connector 122 connection
State the perimeter of cyclic structure.The fixed structure 120 includes the first connector 121 for being respectively arranged at the laminated structure both ends
With the second connector 122, the cyclic structure is locked after first connector 121 and second connector 122 connection
Perimeter.The fixed structure 120 can be fixed described soft after the cyclic structure size that the flexible supporter 110 is constituted determines
Property supporter 110.For example when treating the arm of human body, the arm that can be wound in the flexible supporter 110 is described soft
The both ends of the flexible supporter 110 are connect after being fitted closely with arm by the fixed structure 120 by property supporter 110,
The flexible supporter 110 is fixed on arm.The fixed structure 120 can be that can be set to the flexible supporter
The structure at 110 both ends.The shape of the laminated structure can change conveniently according to demand.The laminated structure is easy storage, side
Portable belt.
The fixed structure 120 can be mechanical snap-in structure in one of the embodiments,.The machinery snap-in structure
There can be two groups of mutually matched elements.Two set of pieces can be separately positioned on the both ends of the flexible supporter 110.
Two set of pieces are close and cooperate and can connect the flexible supporter 110.The fixed structure 120 can also be setting
Actuation structure in 110 both ends of the flexible supporter.Pass through the suction after the both ends of the flexible supporter 110 are close to each other
The both ends of the flexible supporter 110 can be connected by closing structure.The fixed structure 120 can also be protrusion and groove cooperation
Connection structure, the structure etc. of groove and hook cooperation.
The radiation appliance 200 is set to any one end at the laminated structure both ends in one of the embodiments,.And
It is correspondingly arranged with first connector 121 or second connector 122.The radiation appliance 200 is set to described
Any one end of shape structure can facilitate patient that the radiation appliance 200 is fixed on treatment region by the fixed structure 120,
Fixation is more convenient.
In one of the embodiments, first connector 121 and second connector 122 be respectively circle workprint and
Seta piece.The round workprint and seta piece lock the perimeter of the cyclic structure after being bonded to each other.
Larger frictional force is will produce after the round workprint and seta piece contact to be not readily separated, therefore can be connected really
The perimeter of the fixed laminated structure.Preferably, the round workprint or the seta piece along the flexible supporter 110 length
Direction has certain length.Circle workprint or the seta piece with certain length can increase laminated structure both ends phase
The range of the loop configuration perimeter locked when mutually close.Further, the round workprint can cover the seta piece to increase
Frictional force, so as to increase the firmness after the connection of 110 both ends of the flexible supporter.It is appreciated that the seta piece
The round workprint can be covered, there is same advantageous effect.
The laminated structure may include the first face and the second face in one of the embodiments,.The round workprint setting
In first face, the seta piece is set to second face.The radiation appliance 200 is set to corresponding to the round workprint
Second face.Alternatively, the radiation appliance 200 is set to first face corresponding to the seta piece.The set-up mode energy
It is enough so that the radiation appliance 200 is in the flexible supporter after the round workprint and the seta piece are interconnected and fixed
The inside of 110 loop configuration formed, thus the radiation appliance 200 is facilitated to be treated close to human body.
The flexible supporter 110 is annular enclosed elastic construction, the radiation appliance in one of the embodiments,
200 are set to the inside of the annular enclosed elastic construction.The annular seal elastic construction can be directly sleeved on the hand of human body
Position in need for the treatment of is treated by the radiation appliance 200 in the positions such as arm.
The flexible supporter is laminated structure made of memory material in one of the embodiments,.The memory material
Material can keep the shape after stress and deformation, thus can be easier fitting and human body.Improve installation effectiveness and treatment
Effect.
Fig. 2 is referred to, the radiation appliance 200 is set to the spoke including at least one in one of the embodiments,
The radial coil 270 on 200 surface of injection device.The radial coil 270 is for outwardly short wave radiation.Preferably, the radiation
200 surface of device can be arranged side by side there are two the radial coil 270 to increase swept area.Each radial coil
270 can be made of concentric spiral winding.The spiral winding can be embedded in inside the radiation appliance 200.The spiral shell
Spin line circle can have certain depth to increase swept area.The helix can have more the number of turns to improve unit
The magnetic field intensity of area.
The wearable shortwave therapeutic equipment 100 further includes charging connection module 210 in one of the embodiments,.
The charging connection module 210 is connect with the radiation appliance 200.The charging connection module 210 is used to fill to the radiation
Set 200 chargings.The wearable shortwave therapeutic equipment 100 can use at any time after charging, not limited by power supply.It is preferred that
Ground, the charging connection module 210 can be USB interface.Have conveniently to the charging of the radiation appliance 200 by USB interface
Quick advantage.
The wearable shortwave therapeutic equipment 100 further includes control module 220 in one of the embodiments,.It is described
Control module 220 is connect with the radiation appliance 200.The control module 220 is provided with for adjusting the radiation appliance 200
The timing unit 221 of shortwave time of origin and the switch unit 222 for controlling the radiation appliance 200.The control module 220 is used
In the working condition for controlling the wearable shortwave therapeutic equipment 100.Further, it the timing unit 221 and described opens
It can be the play button for being set to the radiation appliance 200 to close unit 222.Institute can be switched by the switch unit 222
State radiation appliance 200.The length of 200 short wave radiation time of the radiation appliance can be set by the tarry device.It is preferred that
Ground, the timing unit 221 include two buttons.One button is for increasing duration, and a button is for reducing duration.Pass through
The control module 220 can facilitate patient according to circumstances to adjust the use state of radiation appliance 200, easy to use.
Fig. 3 is referred to, the radiation appliance 200 includes that electricity occurs for sequentially connected shortwave in one of the embodiments,
Road 230, amplifying circuit 240 and raddiating circuit 250.The short wave generation circuit 230 is for sending out shortwave.The amplifying circuit
240 for amplifying enhancing short-wave signal.The raddiating circuit 250 is for outwardly short wave radiation.It is appreciated that the shortwave hair
Raw circuit 230 may include the oscillating circuit for shortwave to occur or the device with generation shortwave function.The amplification electricity
Road 240 can be common-base amplification circuit, common emitter amplifying circuit or common collector amplifying circuit.The raddiating circuit 250
The devices such as the radiating antenna of regulating device and outside short wave radiation for adjusting radiant power can be provided with.
The short wave generation circuit 230 includes the tunable capacitor 231 and crystal being connected with each other in one of the embodiments,
Oscillator 232.The tunable capacitor 231 can be coupled capacitor.The deviation generated when working for compensated crystal oscillator.Institute
Stating the size of tunable capacitor 231 can be adjusted according to requirements.The crystal oscillator 232 can emit short when working
Wave.Preferably, the short frequency that the crystal oscillator 232 emits is 13.56MHz.
The amplifying circuit 240 is common emitter amplifying circuit in one of the embodiments,.Common emitter amplifying circuit have compared with
Big electric current and voltage gain can enhance the effect of signal amplification.The base stage of the common emitter amplifying circuit and the shortwave
Circuit 230 occurs to be connected.The emitter of the common emitter amplifying circuit is connect with the raddiating circuit 250.The shortwave letter
It number is amplified into the common emitter amplifying circuit by the base stage of the common emitter amplifying circuit.The common emitter amplification electricity
Road includes triode 245.The common emitter amplifying circuit further includes first resistor 241, second resistance 242, the first capacitance 243,
Second capacitance 244.First capacitance 243 and second capacitance 244 can connect and be grounded.First capacitance, 243 He
Second capacitance 244 can be positive feedback capacitance.Positive feedback can improve input voltage.The first resistor 241 can be with
The base stage of the common emitter amplifying circuit is connected.The second resistance 242 can be with the transmitting of the common emitter amplifying circuit
Pole connects and is grounded.
The short wave generation circuit 230 may include 3rd resistor 251, radial coil in one of the embodiments,
270.One end of the 3rd resistor 251 can be connect with the radial coil 270.The other end of the 3rd resistor 251 can
With ground connection.
The radiation appliance 200 further includes power circuit 260 in one of the embodiments,.The power circuit 260 divides
It is not connect with the collector of the short wave generation circuit 230, the common emitter amplifying circuit.The power circuit 260 is for giving
The shortwave Power Generation Road and common emitter amplifying circuit power supply.Preferably, the power circuit 260 can be continuous current excitation electricity
Source.
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. a kind of wearable shortwave therapeutic equipment, which is characterized in that including：
Flexible supporter (110) for being fitted in treatment region；
It is set to the radiation appliance (200) of the flexible supporter (110), the radiation appliance (200) is used to send out to treatment region
Go out shortwave.
2. wearable shortwave therapeutic equipment as described in claim 1, which is characterized in that the flexible supporter (110) is
Laminated structure, the laminated structure is surrounding the adjustable cyclic structure of perimeter；
The flexible supporter (110) is provided with fixed structure (120), and the fixed structure (120) is used for the flexible branch
Support body (110) is fixed on the treatment region, and the fixed structure (120) includes be respectively arranged at the laminated structure both ends
After a connection piece (121) and the second connector (122), first connector (121) and second connector (122) connection
Lock the perimeter of the cyclic structure.
3. wearable shortwave therapeutic equipment as claimed in claim 2, which is characterized in that radiation appliance (200) setting
Any one end in the laminated structure both ends, and it is corresponding with first connector (121) or the second connector (122)
Setting.
4. wearable shortwave therapeutic equipment as described in claim 1, which is characterized in that the flexible supporter (110) is
For cyclic structure.
5. wearable shortwave therapeutic equipment as described in claim 1, which is characterized in that radiation appliance (200) setting
Inside in the flexible supporter (110).
6. wearable shortwave therapeutic equipment as described in claim 1, which is characterized in that further include charging connection module
(210), the charging connection module (210) connect with the radiation appliance (200).
7. wearable shortwave therapeutic equipment as described in claim 1, which is characterized in that further include control module (220), institute
It states control module (220) to connect with the radiation appliance (200), the control module (220) is provided with for adjusting the spoke
The switch unit of the timing unit (221) of injection device (200) shortwave time of origin and control radiation appliance (200) opening and closing
(222)。
8. such as the wearable shortwave therapeutic equipment of claim 1-7 any one of them, which is characterized in that the radiation appliance
(200) include power circuit (260), short wave generation circuit (230), amplifying circuit (240) and raddiating circuit (250), the electricity
Source circuit (260) is connect with the short wave generation circuit (230), amplifying circuit (240) respectively, the short wave generation circuit
(230), the amplifying circuit (240) and the raddiating circuit (250) are sequentially connected.
9. wearable shortwave therapeutic equipment as claimed in claim 8, which is characterized in that the short wave generation circuit (230)
Tunable capacitor (231) including interconnection and crystal oscillator (232).
10. wearable shortwave therapeutic equipment as claimed in claim 8, which is characterized in that the amplifying circuit (240) is total
Emitter-base bandgap grading amplifying circuit, the base stage of the common emitter amplifying circuit are connected with the short wave generation circuit (230), the common emitter
The emitter of amplifying circuit is connect with the raddiating circuit (250), collector and the power supply of the common emitter amplifying circuit
Circuit (260) connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720629537.3U CN207822279U (en) | 2017-06-01 | 2017-06-01 | Wearable shortwave therapeutic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720629537.3U CN207822279U (en) | 2017-06-01 | 2017-06-01 | Wearable shortwave therapeutic equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207822279U true CN207822279U (en) | 2018-09-07 |
Family
ID=63383604
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720629537.3U Expired - Fee Related CN207822279U (en) | 2017-06-01 | 2017-06-01 | Wearable shortwave therapeutic equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207822279U (en) |
-
2017
- 2017-06-01 CN CN201720629537.3U patent/CN207822279U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180907 Termination date: 20210601 |