CN109603009B - Alzheimer's disease ultrashort wave physiotherapy equipment convenient to carry - Google Patents

Abstract

The invention discloses a portable Alzheimer disease ultrashort wave physiotherapy instrument, which can solve the problems that the traditional Alzheimer disease ultrashort wave physiotherapy instrument is inconvenient to carry firstly when being used, the physiotherapy instrument needs to be worn on the head of a patient when being used, and a physiotherapy disk for treating the patient is fixed in position by transmitting ultrashort waves on the physiotherapy instrument, so that the position of the physiotherapy disk is inconvenient to adjust, and the treatment coverage range of the physiotherapy instrument is limited. Including headgear and elastic cord, be provided with the top spout of three arc top structure on the headgear top outer wall, top shortwave physiotherapy mechanism is installed at the headgear top, top shortwave physiotherapy mechanism installs threely between the spout, and three the inside slippery pearl that has been connected with top shortwave physiotherapy mechanism that all inlays of top spout is three be connected with two between the slippery pearl and is located top physiotherapy dish on the headgear inside wall, all be provided with a side spout on the headgear both sides outer wall.

Description

Alzheimer's disease ultrashort wave physiotherapy equipment convenient to carry

Technical Field

The invention relates to the field of Alzheimer disease treatment, in particular to a portable ultra-short wave physiotherapy instrument for Alzheimer disease.

Background

Alzheimer's disease is a progressive degenerative disease of the nervous system with occult onset. Clinically, the overall dementia such as dysmnesia, aphasia, disuse, agnosia, impairment of visual spatial skills, dysfunction in execution, and personality and behavior changes are characterized, and the etiology is unknown. Patients who are older than 65 years are called presenile dementia; the patient after 65 years old is called senile dementia. The ultrashort wave physiotherapy instrument for treating Alzheimer disease is one kind of physiotherapy instrument for treating Alzheimer disease, and can activate neurotransmitter neurons by means of ultrashort waves radiated by material to reach treating effect.

However, the existing ultra-short wave physiotherapy instrument for alzheimer's disease still has certain defects when in use, and is inconvenient to carry, and the physiotherapy instrument needs to be worn on the head of a patient when in use, and the position of a physiotherapy disc for transmitting ultra-short waves on the physiotherapy instrument to treat the patient is fixed, so that the position of the physiotherapy instrument is inconvenient to adjust, and the treatment coverage range of the physiotherapy instrument is limited.

Disclosure of Invention

The invention aims to provide a portable Alzheimer disease ultrashort wave physiotherapy instrument, which can solve the problems that the traditional Alzheimer disease ultrashort wave physiotherapy instrument is inconvenient to carry firstly when being used, the physiotherapy instrument needs to be worn on the head of a patient when being used, and a physiotherapy disk for treating the patient is fixed in position by emitting ultrashort waves on the physiotherapy instrument, so that the position of the physiotherapy disk is inconvenient to adjust, and the treatment coverage range of the physiotherapy instrument is limited.

The purpose of the invention can be realized by the following technical scheme:

a portable Alzheimer disease ultrashort wave physiotherapy instrument comprises a head cover and an elastic band, wherein the outer wall of the top of the head cover is provided with three top sliding grooves with arc top structures, the top short wave physiotherapy mechanism is arranged on the top of the head cover and is arranged among the three top chutes, sliding balls connected with a top short wave physiotherapy mechanism are embedded in the three top sliding grooves, two top physiotherapy discs positioned on the inner side wall of the headgear are connected between the three sliding balls, the outer walls of the two sides of the head cover are respectively provided with a side sliding chute, the outer walls of the two side sliding chutes are respectively provided with a side short wave physiotherapy mechanism, the inner parts of the two side sliding grooves are respectively embedded with a sliding block connected with the side short wave physiotherapy mechanisms, an elastic band is connected between the two side short wave physiotherapy mechanisms, and the middle part of the elastic band is connected with a bottom short wave physiotherapy mechanism;

the top of the top short wave physiotherapy mechanism is provided with a top groove, a power supply is installed in the top groove, a charging head is arranged at the top of the power supply, an empty groove is formed in one side of the top groove, a handle is arranged at the top of the empty groove, a PLC (programmable logic controller) is installed in the empty groove, and a top short wave radiation area located in the top short wave physiotherapy mechanism is installed right below the top groove and the empty groove;

the top of the side short wave physiotherapy mechanism is connected with a connecting bolt in a penetrating mode, the connecting bolt penetrates through a joint at the bottom of the side short wave physiotherapy mechanism and is connected with an elastic band, a long bolt penetrates through the side wall of the side short wave physiotherapy mechanism, a nut is sleeved at one end of the long bolt, one end of the long bolt is connected with a side short wave radiation area, the side short wave radiation area faces a side short wave physiotherapy disc located on the inner side wall of the head cover, and the side short wave physiotherapy disc is connected with the side short wave physiotherapy mechanism through a sliding block;

bottom shortwave physiotherapy mechanism top is provided with the hole of charging, just bottom shortwave physiotherapy mechanism bottom is provided with bottom physiotherapy dish, the inside bottom shortwave radiation region that is provided with of bottom shortwave physiotherapy mechanism, the rechargeable battery is installed to bottom shortwave radiation region top, rechargeable battery is connected through wiring and charging hole.

Preferably, both ends of the power supply are provided with fixed joints embedded into the inner wall of the top groove, and the power supply is fixed inside the top groove through the fixed joints.

Preferably, the top groove and bottom shortwave physiotherapy mechanism specification looks adaptation, and the hole that charges and the first looks adaptation that charges.

Preferably, top shortwave physiotherapy mechanism is through sliding connection between three sliding bead and the headgear outer wall, and top shortwave physiotherapy mechanism's slip direction is the same with top spout direction.

Preferably, side shortwave physiotherapy mechanism passes through sliding connection between slider and the headgear outer wall, and the slip direction and the side sliding groove direction of side shortwave physiotherapy mechanism are the same.

Preferably, the power is respectively through a plurality of wires with PLC controller, top short wave radiation region, side short wave radiation region between electric connection, charging battery and bottom short wave radiation region between electric connection.

Preferably, the PLC controller is in wired connection with the top short-wave radiation area, the side short-wave radiation area and the bottom short-wave radiation area.

Preferably, the application method of the Alzheimer disease ultrashort wave physiotherapy instrument comprises the following specific steps:

the method comprises the following steps: the patient directly wears the headgear on the head, the PLC is used for controlling the top short-wave physiotherapy mechanism, the side short-wave physiotherapy mechanism and the bottom short-wave physiotherapy mechanism to be started, the top short-wave physiotherapy mechanism is used for carrying out short-wave physiotherapy on the head of the patient, the side short-wave physiotherapy mechanism carries out short-wave physiotherapy on the position near the temple of the patient, and the bottom short-wave physiotherapy mechanism carries out short-wave physiotherapy on the forehead of the patient;

step two: when the positions of the top short-wave physiotherapy mechanism and the side short-wave physiotherapy mechanism need to be adjusted, the treatment position is adjusted by the top short-wave physiotherapy mechanism in a way of sliding along a top sliding groove in an adjusting direction, the position of the side short-wave physiotherapy mechanism is adjusted by a sliding block in a side sliding groove adjusting direction, and after the side short-wave physiotherapy mechanism is adjusted, a nut is screwed to adjust the tightness of the side short-wave physiotherapy mechanism;

step three: bottom shortwave physiotherapy mechanism can turn over the elastic cord headgear top after using up, with bottom shortwave physiotherapy mechanism back-off on the overhead tank this moment, will charge the head and insert the hole inside that charges, the power charges for charging battery this moment.

The invention has the beneficial effects that: because top shortwave physiotherapy mechanism, side shortwave physiotherapy mechanism and bottom shortwave physiotherapy mechanism's existence for physiotherapy equipment can utilize top shortwave physiotherapy mechanism to carry out the shortwave physiotherapy to patient's head when using, and side shortwave physiotherapy mechanism carries out the shortwave physiotherapy to near patient's temple position, and bottom shortwave physiotherapy mechanism carries out the shortwave physiotherapy to patient's forehead position, makes whole physiotherapy equipment treatment when using more comprehensive, and the effect is better.

Because be provided with the top spout of three arc top structure on the headgear top outer wall, top shortwave physiotherapy mechanism is installed at the headgear top, top shortwave physiotherapy mechanism installs between three top spout, and the inside slippery pearl that all inlays and be connected with top shortwave physiotherapy mechanism of three top spout, be connected with two top physiotherapy dishes that are located on the headgear inside wall between the three slippery pearl, make can utilize top shortwave physiotherapy mechanism to adjust the treatment position along the mode of top spout slip adjustment direction when utilizing top shortwave physiotherapy mechanism to carry out shortwave physiotherapy to patient's head, thereby make the coverage area of top shortwave physiotherapy mechanism wider, can satisfy the demand of treating a plurality of different positions of patient's head.

Because all be provided with a side spout on headgear both sides outer wall, two side shortwave physiotherapy mechanisms are installed respectively on two side spout outer walls, and two inside sliders that all inlay and be connected with side shortwave physiotherapy mechanism of side spout for side shortwave physiotherapy mechanism can be through slider along sideslip groove adjusting position when using, and because the existence of nut, make side shortwave physiotherapy mechanism can adjust the elasticity according to different patients' demand when using.

Because top groove and bottom shortwave physiotherapy mechanism specification looks adaptation, and charge hole and first looks adaptation that charges, bottom shortwave physiotherapy mechanism internally mounted battery that charges, make bottom shortwave physiotherapy mechanism can overturn the elastic cord to the headgear top after using up, with bottom shortwave physiotherapy mechanism back-off on the top groove this moment, insert the hole that charges inside with the head that charges, the power charges for battery that charges this moment, can play the effect of accomodating bottom shortwave physiotherapy mechanism on the one hand, on the other hand can charge to bottom shortwave physiotherapy mechanism.

Due to the existence of the handle and the empty groove, the whole physiotherapy instrument is more convenient to carry.

Drawings

In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.

FIG. 1 is a schematic view of the overall structure of the present invention;

fig. 2 is a schematic view of the back structure of the headgear of the present invention;

FIG. 3 is a schematic structural view of a top short-wave physiotherapy apparatus according to the present invention;

FIG. 4 is a schematic structural view of a bottom short-wave physiotherapy mechanism according to the present invention;

FIG. 5 is an enlarged view of a side short wave physiotherapy apparatus according to the present invention, shown in the area A of FIG. 1;

FIG. 6 is an enlarged view of the detail of area B in FIG. 3 according to the present invention;

in the figure: 1. a headgear; 2. a top short wave physiotherapy mechanism; 3. a side short wave physiotherapy mechanism; 4. elastic bands; 5. a top chute; 6. a side chute; 7. a bottom short wave physiotherapy mechanism; 8. a side physiotherapy disk; 9. a sliding bead; 10. a top physiotherapy disk; 11. a top groove; 12. a handle; 13. an empty groove; 14. a PLC controller; 15. a charging hole; 16. wiring; 17. charging the storage battery; 18. a bottom short-wave emission region; 19. a bottom physiotherapy disk; 20. a slider; 21. a connecting bolt; 22. a joint; 23. a nut; 24. a long bolt; 25. a power source; 26. a charging head; 27. fixing the joint; 28. a top short-wave emission region; 29. lateral short-wave emission region.

Detailed Description

The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-6, a portable alzheimer's disease ultrashort wave physiotherapy instrument comprises aheadgear 1 and anelastic band 4, whereintop chutes 5 with three arc-shaped top structures are arranged on the outer wall of the top of theheadgear 1, a topshortwave physiotherapy mechanism 2 is arranged on the top of theheadgear 1, the topshortwave physiotherapy mechanism 2 is arranged between the threetop chutes 5,slide beads 9 connected with the topshortwave physiotherapy mechanism 2 are embedded in the threetop chutes 5, twotop physiotherapy discs 10 positioned on the inner side wall of theheadgear 1 are connected between the threeslide beads 9,side chutes 6 are arranged on the outer walls of two sides of theheadgear 1, a sideshortwave physiotherapy mechanism 3 is arranged on the outer wall of each of the twoside chutes 6, slide blocks 20 connected with the sideshortwave physiotherapy mechanisms 3 are embedded in the twoside chutes 6, and theelastic band 4 is connected between the two sideshortwave physiotherapy mechanisms 3, the middle part of theelastic band 4 is connected with a bottom short wavephysical therapy mechanism 7;

the top of the top short-wave physiotherapy mechanism 2 is provided with atop groove 11, apower supply 25 is installed in thetop groove 11, a charginghead 26 is arranged at the top of thepower supply 25, anempty groove 13 is formed in one side of thetop groove 11, ahandle 12 is arranged at the top of theempty groove 13, a PLC (programmable logic controller) 14 is installed in theempty groove 13, and a top short-wave radiation area 28 located in the top short-wave physiotherapy mechanism 2 is installed right below thetop groove 11 and theempty groove 13;

a connectingbolt 21 penetrates through the top of the side shortwave physiotherapy mechanism 3, the connectingbolt 21 penetrates through a joint 22 at the bottom of the side shortwave physiotherapy mechanism 3 and is connected with anelastic band 4, along bolt 24 penetrates through the side wall of the side shortwave physiotherapy mechanism 3, anut 23 is sleeved at one end of thelong bolt 24, one end of thelong bolt 24 is connected with a side shortwave radiation area 29, the side shortwave radiation area 29 faces a side shortwave physiotherapy disc 8 on the inner side wall of theheadgear 1, and the side shortwave physiotherapy disc 8 is connected with the side shortwave physiotherapy mechanism 3 through aslider 20;

bottomshortwave physiotherapy mechanism 7 top is provided withhole 15 that charges, and bottomshortwave physiotherapy mechanism 7 bottom is provided withbottom physiotherapy dish 19, and bottomshortwave physiotherapy mechanism 7 is inside to be provided with bottomshortwave radiation region 18, and chargingbattery 17 is installed to bottomshortwave radiation region 18 top, and chargingbattery 17 is connected withhole 15 that charges throughwiring 16.

Thepower supply 25 is provided with fixed joint 27 on the embeddingtop groove 11 inner wall at both ends, and thepower supply 25 is fixed inside thetop groove 11 through the fixed joint 27 for thepower supply 25 can be stably installed inside thetop groove 11.

11 specifications looks adaptations of roof-slot and bottom shortwave physiotherapy mechanism, andcharge hole 15 and the first 26 looks adaptations of charging, make bottomshortwave physiotherapy mechanism 7 can turn overelastic cord 4 to 1 top of headgear after using up, this moment with 7 back-offs of bottom shortwave physiotherapy mechanism on roof-slot 11, insert charginghole 15 inside withhead 26 of charging,power 25 charges forrechargeable battery 17 this moment, can play the effect of accomodating bottomshortwave physiotherapy mechanism 7 on the one hand, on the other hand can charge bottomshortwave physiotherapy mechanism 7.

Sliding connection between 1 outer wall of topshortwave physiotherapy mechanism 2 is through threeslippery pearl 9 and headgear, and the slip direction of topshortwave physiotherapy mechanism 2 is the same with 5 directions in top spout, make can utilize topshortwave physiotherapy mechanism 2 to adjust the treatment position along the mode of 5 slip adjustment directions in top spout when utilizing topshortwave physiotherapy mechanism 2 to carry out the shortwave physiotherapy to patient's head, thereby make the coverage area of topshortwave physiotherapy mechanism 2 wider, can satisfy the demand of treating a plurality of different positions of patient's head.

Sideshortwave physiotherapy mechanism 3 passes through sliding connection betweenslider 20 and the 1 outer wall of headgear, and the slip direction of sideshortwave physiotherapy mechanism 3 is the same with 6 directions in side sliding groove, make sideshortwave physiotherapy mechanism 3 can adjust the position alongside sliding groove 6 throughslider 20 when using, thereby make the coverage area of sideshortwave physiotherapy mechanism 3 wider, and because the existence ofnut 23, make sideshortwave physiotherapy mechanism 3 can adjust the elasticity according to different patients' demand when using.

Thepower supply 25 is electrically connected with thePLC 14, the top short-wave radiation area 28 and the side short-wave radiation area 29 through a plurality of wires, and the chargingstorage battery 17 is electrically connected with the bottom short-wave radiation area 18, so that each component in the physiotherapy instrument has enough power source when in operation.

ThePLC controller 14 is in wired connection with the top short-wave radiation region 28, the side short-wave radiation region 29 and the bottom short-wave radiation region 18, so that the starting and the closing of the top short-wave radiation region 28, the side short-wave radiation region 29 and the bottom short-wave radiation region 18 can be controlled in a wired mode through thePLC controller 14.

The application method of the ultrashort wave physiotherapy instrument for the Alzheimer's disease comprises the following specific steps:

the method comprises the following steps: the patient directly wears theheadgear 1 on the head, thePLC 14 controls the top shortwave physiotherapy mechanism 2, the side shortwave physiotherapy mechanism 3 and the bottom shortwave physiotherapy mechanism 7 to start, the top shortwave physiotherapy mechanism 2 is used for carrying out short wave physiotherapy on the head of the patient, the side shortwave physiotherapy mechanism 3 carries out short wave physiotherapy on the position near the temple of the patient, the bottom shortwave physiotherapy mechanism 7 carries out short wave physiotherapy on the forehead of the patient, when the top shortwave physiotherapy mechanism 2 is used for carrying out short wave physiotherapy on the head of the patient, the short wave radiation instrument in the top shortwave radiation area 28 emits short wave physiotherapy, the short wave physiotherapy is emitted to the corresponding position through thetop physiotherapy disk 10 to carry out short wave physiotherapy on the patient, the side shortwave physiotherapy mechanism 3 and the bottom shortwave physiotherapy mechanism 7 carry out short wave physiotherapy on different positions of the patient according to the same mode, so that the whole physiotherapy instrument can, the effect is better;

step two: when the positions of the top short-wave physiotherapy mechanism 2 and the side short-wave physiotherapy mechanism 3 need to be adjusted, the treatment position is adjusted by the top short-wave physiotherapy mechanism 2 in a way of sliding thetop sliding groove 5 to adjust the direction, and the position of the side short-wave physiotherapy mechanism 3 is adjusted by the slidingblock 20 in a way of adjusting the position along theside sliding groove 6, so that the coverage area of the top short-wave physiotherapy mechanism 2 and the side short-wave physiotherapy mechanism 3 is wider, the requirements of treating a plurality of different positions of the head of a patient can be met, and after the side short-wave physiotherapy mechanism 3 is adjusted, the tightness of the side short-wave physiotherapy mechanism 3 is adjusted by screwing thescrew cap 23;

step three: bottomshortwave physiotherapy mechanism 7 can turn overelastic cord 4 to 1 top of headgear after using up, with 7 back-ups of bottom shortwave physiotherapy mechanism on roof-slot 11 this moment, will charge first 26 and insert inside 15 holes of charging,power 25 charges forrechargeable battery 17 this moment, can play the effect of accomodating bottomshortwave physiotherapy mechanism 7 on the one hand, and on the other hand can charge bottomshortwave physiotherapy mechanism 7.

The invention has the beneficial effects that: because topshortwave physiotherapy mechanism 2, sideshortwave physiotherapy mechanism 3 and bottomshortwave physiotherapy mechanism 7's existence for physiotherapy equipment can utilize topshortwave physiotherapy mechanism 2 to carry out the shortwave physiotherapy to patient's head when using, and sideshortwave physiotherapy mechanism 3 carries out the shortwave physiotherapy to near position of patient's temple, and bottomshortwave physiotherapy mechanism 7 carries out the shortwave physiotherapy to patient's forehead position, makes whole physiotherapy equipment treatment when using more comprehensive, and the effect is better.

Because be provided with thetop spout 5 of three arc top structure on the 1 top outer wall of headgear, topshortwave physiotherapy mechanism 2 is installed at 1 top of headgear, topshortwave physiotherapy mechanism 2 is installed between threetop spout 5, and the insideslippery pearl 9 that is connected with topshortwave physiotherapy mechanism 2 that all inlays of threetop spout 5, be connected with twotop physiotherapy dishes 10 that are located on 1 inside wall of headgear between threeslippery pearl 9, make and to utilize topshortwave physiotherapy mechanism 2 to adjust the treatment position along the mode of 5 sliding adjustment directions of top spout when utilizing topshortwave physiotherapy mechanism 2 to carry out shortwave physiotherapy to patient's head, thereby make topshortwave physiotherapy mechanism 2's coverage area wider, can satisfy the demand of carrying out the treatment to a plurality of different positions of patient's head.

Owing to all be provided with aside spout 6 on 1 both sides outer wall of headgear, two sideshortwave physiotherapy mechanisms 3 are installed respectively on 6 outer walls of two side spouts, and theinside slider 20 that all inlays and be connected with sideshortwave physiotherapy mechanism 3 of two side spouts for sideshortwave physiotherapy mechanism 3 can be throughslider 20 along 6 adjusting position of side spout when using, and because the existence ofnut 23, make sideshortwave physiotherapy mechanism 3 can adjust the elasticity according to different patients' demand when using.

Because 11 and 7 specification looks adaptations of bottom shortwave physiotherapy mechanism, andhole 15 and the first 26 looks adaptations that charge, 7 internally mountedbattery 17 that charges of bottom shortwave physiotherapy mechanism, make bottomshortwave physiotherapy mechanism 7 can turn overelastic cord 4 to 1 top of headgear after using up, this moment with 7 back-ups of bottom shortwave physiotherapy mechanism on 11,insert hole 15 inside charging withhead 26 that charges,power 25 charges forbattery 17 that charges this moment, can play the effect of accomodating bottomshortwave physiotherapy mechanism 7 on the one hand, on the other hand can charge bottomshortwave physiotherapy mechanism 7.

Due to the existence of thehandle 12 and theempty groove 13, the whole physiotherapy instrument is more convenient to carry.

When the physiotherapy equipment is used, firstly, the whole physiotherapy equipment is assembled, the top short-wave physiotherapy mechanism 2 is installed between the threetop sliding grooves 5 on thehead cover 1, then the two side short-wave physiotherapy mechanisms 3 are respectively installed on theside sliding grooves 6 on the outer walls of the two sides of thehead cover 1, and theelastic band 4 is tied between the two side short-wave physiotherapy mechanisms 3. When the physiotherapy apparatus is used, a patient directly wears theheadgear 1 on the head, the PLC controller 14 (model: CPM 1A) is used for controlling the start of the top shortwave physiotherapy mechanism 2, the side shortwave physiotherapy mechanism 3 and the bottom shortwave physiotherapy mechanism 7, the top shortwave physiotherapy mechanism 2 is used for carrying out short wave physiotherapy on the head of the patient, the side shortwave physiotherapy mechanism 3 carries out short wave physiotherapy on the position near the temple of the patient, the bottom shortwave physiotherapy mechanism 7 carries out short wave physiotherapy on the forehead of the patient, when the top shortwave physiotherapy mechanism 2 is used for carrying out short wave physiotherapy on the head of the patient, the short wave radiation instrument in the top shortwave radiation area 28 emits short wave physiotherapy, the short wave physiotherapy is emitted to the corresponding position through thetop physiotherapy disk 10 to carry out short wave physiotherapy on the patient, the side shortwave physiotherapy mechanism 3 and the bottom shortwave physiotherapy mechanism 7 carry out short wave, the whole physiotherapy instrument can treat more comprehensively when in use, and the effect is better. Because the outer wall of the top of the head cover 1 is provided with the top sliding grooves 5 with three arc top structures, the top of the head cover 1 is provided with the top short wave physiotherapy mechanism 2, the top short wave physiotherapy mechanism 2 is arranged among the three top sliding grooves 5, the three top sliding grooves 5 are internally embedded with the sliding balls 9 connected with the top short wave physiotherapy mechanism 2, and the three sliding balls 9 are connected with the two top physiotherapy discs 10 positioned on the inner side wall of the head cover 1, so that when the top short wave physiotherapy mechanism 2 is used for carrying out short wave physiotherapy on the head of a patient, the treatment position can be adjusted by the top short wave physiotherapy mechanism 2 along the sliding adjustment direction of the top sliding grooves 5, the coverage area of the top short wave physiotherapy mechanism 2 is wider, the requirements of treating a plurality of different positions of the head of the patient can be met, because the outer walls of two sides of the head cover 1 are both provided with the side sliding grooves 6, and the inside slider 20 that all inlays and be connected with side shortwave physiotherapy mechanism 3 of two side spouts 6 for side shortwave physiotherapy mechanism 3 can adjust the position along side spout 6 through slider 20 when using, and because the existence of nut 23, make side shortwave physiotherapy mechanism 3 can adjust the elasticity according to different patients' demand when using. Because thetop groove 11 is matched with the specification of the bottom short-wave physiotherapy mechanism 7, the charginghole 15 is matched with the charginghead 26, and the chargingstorage battery 17 is arranged in the bottom short-wave physiotherapy mechanism 7, the bottom short-wave physiotherapy mechanism 7 can turn over theelastic band 4 to the top of theheadgear 1 after being used, the bottom short-wave physiotherapy mechanism 7 is reversely buckled on thetop groove 11 at the moment, the charginghead 26 is inserted into the charginghole 15, and thepower supply 25 charges the chargingstorage battery 17, so that the bottom short-wave physiotherapy mechanism 7 can be stored, and the bottom short-wave physiotherapy mechanism 7 can be charged; due to the existence of thehandle 12 and theempty groove 13, the whole physiotherapy instrument is more convenient to carry.

The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise embodiments disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.

Claims (1)

1. The utility model provides a portable's Alzheimer's disease ultrashort wave physiotherapy equipment, includes headgear (1) and elastic cord (4), its characterized in that, be provided with top spout (5) of three arc top structure on headgear (1) top outer wall, top shortwave physiotherapy mechanism (2) are installed at headgear (1) top, top shortwave physiotherapy mechanism (2) are installed threely between top spout (5), and threely inside spout (5) all inlayed gliding pearl (9) that are connected with top shortwave physiotherapy mechanism (2), threely be connected with two between gliding pearl (9) and be located top physiotherapy dish (10) on headgear (1) inside wall, all be provided with a side spout (6) on headgear (1) both sides outer wall, two all install a side shortwave physiotherapy mechanism (3) on side spout (6) outer wall, sliding blocks (20) connected with the side short-wave physiotherapy mechanisms (3) are embedded in the two side sliding grooves (6), an elastic band (4) is connected between the two side short-wave physiotherapy mechanisms (3), and the middle part of the elastic band (4) is connected with a bottom short-wave physiotherapy mechanism (7);

a top groove (11) is formed in the top of the top short wave physiotherapy mechanism (2), a power supply (25) is installed in the top groove (11), a charging head (26) is arranged on the top of the power supply (25), an empty groove (13) is formed in one side of the top groove (11), a handle (12) is arranged on the top of the empty groove (13), a PLC (programmable logic controller) (14) is installed in the empty groove (13), and a top short wave radiation area (28) located in the top short wave physiotherapy mechanism (2) is installed right below the top groove (11) and the empty groove (13);

the top of the side short wave physiotherapy mechanism (3) is connected with a connecting bolt (21) in a penetrating manner, the connecting bolt (21) penetrates through a joint (22) at the bottom of the side short wave physiotherapy mechanism (3) and is connected with an elastic band (4), a long bolt (24) is connected on the side wall of the side short wave physiotherapy mechanism (3) in a penetrating manner, a nut (23) is connected with one end of the long bolt (24), a side short wave radiation area (29) is connected with one end of the long bolt (24), the side short wave radiation area (29) faces a side physiotherapy disc (8) on the inner side wall of a headgear (1), and the side physiotherapy disc (8) is connected with the side short wave physiotherapy mechanism (3) through a sliding block (20);

the top of the bottom short wave physiotherapy mechanism (7) is provided with a charging hole (15), the bottom of the bottom short wave physiotherapy mechanism (7) is provided with a bottom physiotherapy disc (19), a bottom short wave radiation area (18) is arranged inside the bottom short wave physiotherapy mechanism (7), a charging storage battery (17) is installed above the bottom short wave radiation area (18), and the charging storage battery (17) is connected with the charging hole (15) through a connecting wire (16);

the two ends of the power supply (25) are respectively provided with a fixed joint (27) embedded in the inner wall of the top groove (11), and the power supply (25) is fixed in the top groove (11) through the fixed joints (27);

the top groove (11) is matched with the bottom short wave physical therapy mechanism (7) in specification, and the charging hole (15) is matched with the charging head (26);

the top short wave physiotherapy mechanism (2) is connected with the outer wall of the headgear (1) in a sliding mode through three sliding beads (9), and the sliding direction of the top short wave physiotherapy mechanism (2) is the same as the direction of the top sliding groove (5);

the side short wave physiotherapy mechanism (3) is connected with the outer wall of the head cover (1) in a sliding mode through a sliding block (20), and the sliding direction of the side short wave physiotherapy mechanism (3) is the same as that of the side sliding groove (6);

the power supply (25) is electrically connected with the PLC (programmable logic controller) controller (14), the top short-wave radiation region (28) and the side short-wave radiation region (29) through a plurality of wires respectively, and the charging storage battery (17) is electrically connected with the bottom short-wave radiation region (18);

the PLC controller (14) is in wired connection with the top short-wave radiation region (28), the side short-wave radiation region (29) and the bottom short-wave radiation region (18);

the application method of the ultrashort wave physiotherapy instrument for the Alzheimer's disease comprises the following specific steps:

the method comprises the following steps: the headgear (1) is directly worn on the head of a patient, the PLC (14) is used for controlling the top short-wave physiotherapy mechanism (2), the side short-wave physiotherapy mechanism (3) and the bottom short-wave physiotherapy mechanism (7) to be started, the top short-wave physiotherapy mechanism (2) is used for carrying out short-wave physiotherapy on the head of the patient, the side short-wave physiotherapy mechanism (3) carries out short-wave physiotherapy on the position near the temple of the patient, and the bottom short-wave physiotherapy mechanism (7) carries out short-wave physiotherapy on the forehead of the patient;

step two: when the positions of the top short-wave physiotherapy mechanism (2) and the side short-wave physiotherapy mechanism (3) need to be adjusted, the treatment position is adjusted by the top short-wave physiotherapy mechanism (2) in a manner of adjusting the direction along the top sliding groove (5), the position of the side short-wave physiotherapy mechanism (3) is adjusted by the sliding block (20) in a manner of adjusting the direction along the side sliding groove (6), and after the side short-wave physiotherapy mechanism (3) is adjusted, the tightness of the side short-wave physiotherapy mechanism is adjusted by screwing the screw cap (23);

step three: bottom shortwave physiotherapy mechanism (7) can turn over elastic cord (4) to headgear (1) top after using up, with bottom shortwave physiotherapy mechanism (7) back-off on overhead tank (11) this moment, with inside charging head (26) insert charging hole (15), power (25) charge for rechargeable battery (17) this moment.

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