CN103007433A - Variable-frequency gyromagnetic wireless transmission brain disease therapeutic instrument - Google Patents
Variable-frequency gyromagnetic wireless transmission brain disease therapeutic instrument Download PDFInfo
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- CN103007433A CN103007433A CN 201210478462 CN201210478462A CN103007433A CN 103007433 A CN103007433 A CN 103007433A CN 201210478462 CN201210478462 CN 201210478462 CN 201210478462 A CN201210478462 A CN 201210478462A CN 103007433 A CN103007433 A CN 103007433A
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- gyromagnet
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Abstract
The invention is a variable-frequency gyromagnetic wireless transmission brain disease therapeutic instrument. Wireless transmission is adopted between a host controller and a treatment-helmet of the therapeutic instrument; the host controller is provided with a liquid crystal display, a lithium battery charging socket, a speed adjusting knob and an electrode pulse voltage adjusting knob; a power source, a setting circuit and a wireless transmission and control circuit are arranged in a control cabinet; the helmet is a wireless individual, the adjusting knob on the top of the helmet is connected with a left movable plate and a right movable plate in the middle of a bottom case through a hole on the top case, the two movable plates are connected with the side covers on two sides, and the side covers are integrally connected with the back and front case bodies to form a ring; and the two side covers are equipped with adjusting knobs which can make the case bodies move front and back so as to adjust the diameter of the ring, a gyromagnet assembly is arranged on the case body, and the two sides of the back case body are respectively provided with movable flames and two electrodes.
Description
Affiliated technical field
The invention belongs to the instrument for the treatment of disease of brain, strong magnetic brain disease therapeutic instrument is rotated in the frequency conversion that especially relates to a kind of console controller and therapeutic equipment wireless transmission.
Background technology
Along with entering of China's aging, the instrument that is used for the treatment of disease of brain and disease of brain sequela is at development and improvement progressively, as: over-reflective transcranial magnetic instrument, win the favorable judgment in market and occupy critical role, but find that in use there are un-reasonable phenomenon in the headring be used for the treatment of and the line for the treatment of between the control appliance, very inconvenient during use, not only messy the but also connecting pin of line easily damages fracture, cause broken string or loose contact, seriously influenced therapeutic effect.The attachment of electrodes that is used for effects of fastigial nucleus stimulation is insecure, has not only affected therapeutic effect, also makes the patient that the same sensation of acupuncture is arranged, and has increased patient's misery, owing to all will change electrode patch at every turn, has also increased treatment cost to the patient.
Summary of the invention
The objective of the invention is: a kind of frequency conversion gyromagnet wireless transmission brain disease therapeutic instrument for the treatment of disease of brain and disease of brain sequela is provided, and the helmet for the treatment of separates with master controller, and is middle without any line, solves the variety of issue that causes because of line.The ndfeb magnet of rotation is adopted in treatment, makes the magnetic force line cutting cerebral cortex, the equal capable of regulating of the speed of cutting and intensity, and cerebral cortex is carried out strong frequency conversion to stimulate, and improves therapeutic effect.For achieving the above object, technical scheme of the present invention is: wireless frequency conversion gyromagnet brain disease therapeutic instrument, it is comprised of master controller and the helmet, liquid crystal display, lithium cell charging socket, rotational speed regulation knob and electrode pulse voltage-regulation knob are arranged on the master controller, power supply is housed in the control chamber, circuit is set, wireless transmit and control circuit.The helmet is the individuality without line, the top adjusting knob of the helmet is connected by the middle left and right activity template of the hole on the top shell and drain pan, left and right activity template links to each other with the lateral body lid on both sides respectively, and lateral body lid both sides are connected as a single entity with procapsid and back casing respectively and become annulus.Lateral body lid two is equipped with respectively adjusting knob, adjusts adjusting knob procapsid and back casing are moved forward and backward, and changes the size of circle diameter, and 2 gyromagnet assemblies are housed on the procapsid, and 2 gyromagnet assemblies are housed on the back casing.Adjustable shelf is equipped with respectively on the both sides of back casing, is connected by adjusting knob, has slotted hole on the adjustable shelf of both sides, and two electrodes are housed respectively, in the inboard of electrode the silica gel leather cup is housed, and the silica gel leather cup is in-built conductive rubber, is used for effects of fastigial nucleus stimulation.
The inside of helmet top shell is two-layer up and down, panel is equipped with on the left side on upper strata, wireless receiving and treatment circuit are housed on the panel, drive plate is equipped with on the right, be used for driving the electrode on dc speed-regulating motor and the adjustable shelf, lithium battery is equipped with respectively at the two ends of top shell lower floor, and the battery in left side is panel and drive plate power supply, and the battery on right side is the buncher power supply.
On the gyromagnet assembly, gyromagnet cover plate and buncher housing have the adjusting screwed connection, draw in the aperture of the cable of motor by the bottom, and the below has air inlet, and the heat that motor produces is discharged through top venthole.
Dc speed-regulating motor is fixed in the buncher housing, and rotating disk is housed on the motor shaft, is evenly equipped with 8 strip neodymium iron boron magnetic stripes on the rotating disk, and rotation gyromagnet cover plate can be regulated the inboard of rotation gyromagnet cover plate and the distance between the neodymium iron boron magnetic stripe.
Liquid crystal display, lithium cell charging socket, rotational speed regulation knob and electrode pulse voltage-regulation knob are arranged on the master controller, control chamber is in-built wireless transmit and control circuit, transmit and received by the radio receiver on the panel in the helmet upper top shell, deliver to after treatment on the drive plate on the right, the running of driving dc speed-regulating motor, and the electrode pulse that changes on the adjustable shelf changes.
For easy to use, the master controller of therapeutic instrument be desk-top also can be vertical or portable.
In order to reduce the cost of investment of hospital, the output of therapeutic instrument master controller is single head, double end or bull, and the associated helmet is one, two or more.
The invention has the beneficial effects as follows: changed the therapeutic modality of traditional magnetotherapeutic apparatus for brain, adopted the ndfeb magnet of rotation, strengthened corticocerebral stimulus intensity, changed the frequency that the Magnet rotating speed has namely changed magnetic force line cutting, significantly improved therapeutic effect.The helmet for the treatment of separates with control instrument simultaneously, and is middle without any line, solves the variety of issue that causes because of line, makes adjusting more directly perceived, uses more convenient.The electrode that is used for effects of fastigial nucleus stimulation has made reused conductive rubber into, the misery the when treatment cost that has reduced the patient has reduced patient treatment.Liquid crystal display on the controller directly shows the size of frequency, waveform and the power of output, and controlling for medical personnel's operation provides convenience.
Description of drawings:
Below further specify the present invention by drawings and Examples:
Fig. 1 is the structural representation that wireless helmet is used in treatment;
Fig. 2 is the rear side viewing schematic diagram of wireless helmet;
Fig. 3 is wiring board in the top shell, lithium battery structure assembly schematic diagram;
Fig. 4 is gyromagnet cover plate and buncher housing assembly schematic diagram;
Fig. 5 is gyromagnet cover plate and buncher housing assembly cross-sectional schematic;
Fig. 6 is the distribution schematic diagram of neodymium iron boron magnetic stripe on the spinning disk among Fig. 5;
Fig. 7 is the schematic diagram that desk-top controller and wireless helmet are used in conjunction with;
Fig. 8 is the schematic diagram that portable controller and wireless helmet are used in conjunction with;
Specific embodiments
Embodiment 1:
Among the figure: 1, top adjusting knob; 2, top shell; 3, drain pan; 4, right activity template; 5, gyromagnet cover plate; 6, buncher housing; 7, procapsid; 8, lampshade; 9, gyromagnet cover plate; 10, buncher housing; 11, electrode; 12 electrodes; 13, adjustable shelf; 14, adjusting knob; 15, adjusting knob; 16, lateral body lid; 17, left activity template; 18, back casing; 21, buncher housing; 22, gyromagnet cover plate; 23, electrode; 24, lateral body lid; 25, adjusting knob; 26, silica gel leather cup; 27, silica gel leather cup; 28, gyromagnet cover plate; 29, buncher housing; 30, lithium battery; 31, dividing plate; 32, drive plate; 33, panel; 34, dividing plate; 35, lithium battery; 41, air inlet; 42, cable; 43, regulate screw thread; 50, motor shaft; 51, neodymium iron boron magnetic stripe; 52, rotating disk; 53, venthole; 54, dc speed-regulating motor; 60,61,62,63,64,65,66, neodymium iron boron magnetic stripe; 70, liquid crystal display; 71, attaching plug; 72, lithium cell charging socket; 73, cabinet; 74, rotational speed regulation knob; 75, power regulating knob; 81, touch-screen display; 83, table top; 84, locker; 85, roller.
Specific embodiments
Shown in Fig. 1, Fig. 2 helmet assembly, top adjusting knob 1 is connected by the left and right activity template of the hole on the top shell 2 with drain pan 3 centres, adjusting knob 1 can make left and right activity template middle interior flexible to drain pan 3, left and right activity template links to each other with lateral body lid 24 with the lateral body lid 16 on both sides respectively, and lateral body lid 16 and lateral body lid 24 are connected as a single entity with procapsid 7 back casings 18 and become annulus.Adjust adjusting knob 15 and adjusting knob 25 procapsid 7 and back casing 18 are moved forward and backward, change the size of circle diameter, buncher housing 6 and buncher housing 10 are housed on the procapsid 7.Back casing 18 is equipped with buncher housing 21 and buncher housing 29.Adjustable shelf 13 and adjustable shelf 36 are equipped with respectively in the both sides of back casing 18, unclamp adjusting knob 14 and can regulate adjustable shelf 13 move left and right or swing, have slotted hole on the adjustable shelf of both sides, and electrode 11 and electrode 12 be housed respectively, and can up-down adjustment, in the inboard of electrode 11 and electrode 12 silica gel leather cup 26 and silica gel leather cup 27 are housed respectively, the silica gel leather cup is in-built conductive rubber.Fig. 3 is wiring board in the top shell, lithium battery structure assembly schematic diagram, and the inside of top shell 2 is two-layer up and down among the figure, and wherein panel 33 is equipped with on the left side of top of the upper layer adjusting knob 1, and wireless receiving and treatment circuit are housed on the panel 33.Drive plate 32 is equipped with on the right, is used for driving the electrode on dc speed-regulating motor and the adjustable shelf.The following of dividing plate 34 is lower floor, and lithium battery 30 and lithium battery 35 are equipped with respectively in the two ends of lower floor, and lithium battery adopts plug-in to install, and can extract easily and insert.Among Fig. 4, Fig. 5, the gyromagnet assembly, gyromagnet cover plate 9 has the screw thread 43 of adjusting to be connected with buncher housing 10, draws in the aperture of cable 42 by the bottom of motor, and the below has air inlet 41, and the heat that motor produces is discharged through top venthole 53.Dc speed-regulating motor 54 is fixed in the buncher housing 10, and rotating disk 52 is housed on the motor shaft 50, is evenly equipped with as shown in Figure 68 strip neodymium iron boron magnetic stripes on the rotating disk 52.Rotation gyromagnet cover plate 9 can be regulated the inboard of rotation gyromagnet cover plate 9 and the distance between the neodymium iron boron magnetic stripe, during adjustment dc speed-regulating motor 54 energisings are rotated, and the probe of Tesla meter is placed on the outside of gyromagnet cover plate 9, rotation gyromagnet cover plate 9 makes magnetic force reach the strongest, the inboard of gyromagnet cover plate 9 does not contact with the neodymium iron boron magnetic stripe again, and it is suitable to be.Fig. 7 is the schematic diagram that desk-top controller and wireless helmet are used in conjunction with, the 70th, liquid crystal display, show design parameter, the 71st, attaching plug, the 72nd, the lithium cell charging socket, lithium battery 30 and lithium battery 35 can insert charging easily, the 73rd, cabinet, the 74th, the rotational speed regulation knob, be used for adjusting the rotating speed of dc speed-regulating motor on the helmet, 75, power regulating knob be used for to be adjusted the power of helmet top electrode pulse voltage, and cabinet 73 is in-built wireless transmit and control circuit, transmit and received by the radio receiver on the panel 33 in the helmet upper top shell 2, deliver to after treatment on the drive plate 32 on the right, drive the dc speed-regulating motor running, and the variation that changes the adjustable shelf top electrode.
Embodiment 3: principle and structure and embodiment 1 are basic identical, and just controller has made doubleway output into, joins two helmets, can give simultaneously two patient treatments.
Wireless transmit of the present invention, reception and drive circuit all are known technology, repeat no more here.
The present invention provides good solution for AT treatment disease of brain, adopt the ndfeb magnet of rotation, strengthened corticocerebral stimulus intensity, improve therapeutic effect, the helmet for the treatment of separates with control instrument simultaneously, middle without any line, solve the variety of issue that causes because of line, the size of the direct frequency of the liquid crystal display on the controller, waveform and power provides convenience for medical personnel's operation.Be bound to be subject to patient and medical personnel's welcome, can bring larger economic interests to enterprise, produce simultaneously certain social benefit.
Claims (6)
1. frequency conversion gyromagnet wireless transmission brain disease therapeutic instrument, it is comprised of master controller and the helmet, it is characterized in that: liquid crystal display, lithium cell charging socket, rotational speed regulation knob and electrode pulse voltage-regulation knob are arranged on the master controller, power supply is housed in the control chamber, circuit is set, wireless transmit and control circuit; The helmet is the individuality without line, the top adjusting knob of the helmet is connected by the middle left and right activity template of the hole on the top shell and drain pan, left and right activity template links to each other with the lateral body lid on both sides respectively, and lateral body lid both sides are connected as a single entity with procapsid and back casing respectively and become annulus; Lateral body lid two is equipped with respectively adjusting knob, adjusts adjusting knob procapsid and back casing are moved forward and backward, and changes the size of circle diameter, and 2 gyromagnet assemblies are housed on the procapsid, and 2 gyromagnet assemblies are housed on the back casing; Adjustable shelf is equipped with respectively on the both sides of back casing, is connected by adjusting knob, has slotted hole on the adjustable shelf of both sides, and two electrodes are housed respectively, in the inboard of electrode the silica gel leather cup is housed, and the silica gel leather cup is in-built conductive rubber.
2. frequency conversion gyromagnet wireless transmission brain disease therapeutic instrument as claimed in claim 1, it is characterized in that: the inside of helmet top shell is for two-layer up and down, panel is equipped with on the left side on upper strata, wireless receiving and treatment circuit are housed on the panel, drive plate is equipped with on the right, is used for driving the electrode on dc speed-regulating motor and the adjustable shelf, and lithium battery is equipped with respectively at the two ends of top shell lower floor, the battery in left side is panel and drive plate power supply, and the battery on right side is the buncher power supply.
3. frequency conversion gyromagnet wireless transmission brain disease therapeutic instrument as claimed in claim 1 or 2, it is characterized in that: on the gyromagnet assembly, gyromagnet cover plate and buncher housing have the adjusting screwed connection, draw in the aperture of the cable of motor by the bottom, the below has air inlet, and the heat that motor produces is discharged through top venthole.
4. such as claim 1 or 2 or 3 described frequency conversion gyromagnet wireless transmission brain disease therapeutic instruments, it is characterized in that: dc speed-regulating motor is fixed in the buncher housing, rotating disk is housed on the motor shaft, be evenly equipped with 8 strip neodymium iron boron magnetic stripes on the rotating disk, rotation gyromagnet cover plate can be regulated the inboard of rotation gyromagnet cover plate and the distance between the neodymium iron boron magnetic stripe.
5. frequency conversion gyromagnet wireless transmission brain disease therapeutic instrument as claimed in claim 1 is characterized in that: the master controller of therapeutic instrument be desk-top also can be portable.
6. such as claim 1 or 5 described frequency conversion gyromagnet wireless transmission brain disease therapeutic instruments, it is characterized in that: the output of therapeutic instrument master controller is single head, double end or bull, and the associated helmet is one, two or more.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210478462 CN103007433A (en) | 2012-11-10 | 2012-11-10 | Variable-frequency gyromagnetic wireless transmission brain disease therapeutic instrument |
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201210478462 CN103007433A (en) | 2012-11-10 | 2012-11-10 | Variable-frequency gyromagnetic wireless transmission brain disease therapeutic instrument |
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| CN103007433A true CN103007433A (en) | 2013-04-03 |
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| CN 201210478462 Pending CN103007433A (en) | 2012-11-10 | 2012-11-10 | Variable-frequency gyromagnetic wireless transmission brain disease therapeutic instrument |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109173049A (en) * | 2018-09-27 | 2019-01-11 | 金泽 | Electronic pulse therapeutic instrument in dysaudia illness ear |
| CN111632266A (en) * | 2020-06-08 | 2020-09-08 | 洛阳康贝生物工程有限公司 | Brain function regulation and control treatment system |
-
2012
- 2012-11-10 CN CN 201210478462 patent/CN103007433A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109173049A (en) * | 2018-09-27 | 2019-01-11 | 金泽 | Electronic pulse therapeutic instrument in dysaudia illness ear |
| CN111632266A (en) * | 2020-06-08 | 2020-09-08 | 洛阳康贝生物工程有限公司 | Brain function regulation and control treatment system |
| CN111632266B (en) * | 2020-06-08 | 2024-03-01 | 洛阳康贝生物工程有限公司 | Brain function regulation and control treatment system |
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Application publication date: 20130403 |