CN211611165U

CN211611165U - Medical nose therapeutic instrument

Info

Publication number: CN211611165U
Application number: CN202020033791.9U
Authority: CN
Inventors: 李娟�
Original assignee: Shenzhen Magnetophoton Technology Co ltd
Current assignee: Shenzhen Magnetophoton Technology Co ltd
Priority date: 2020-01-08
Filing date: 2020-01-08
Publication date: 2020-10-02
Anticipated expiration: 2030-01-08

Abstract

The utility model provides a medical science nose therapeutic instrument, including the connecting wire, a pair of articulated each other is used for getting into the treatment stick body that the nasal cavity realized the treatment, insert the nasal cavity through treating the stick body, because in this application, the treatment stick body includes that the lateral surface parcel has the heating film, then make the heating film work through external equipment, heat the magnetism treatment shell through heat-conduction, accelerate nasal cavity local blood circulation, the oxygen carrying capacity reinforcing of red blood cell, and can have the treatment medicine in the surface coating of magnetism treatment shell in this application, the treatment medicine also very easily is absorbed by the nasal mucosa under the heating state, medicine production thermoeffect under the heating of constant temperature heat-generating body, the human absorption is fast, feel is good, the treatment effect is better. The main control device has a simple structure and a small overall size, and a user can attach the heating component to the corresponding acupuncture point, so that the hot compress treatment effect can be realized; and the heating component can be used as a hand warmer.

Description

Medical nose therapeutic instrument

Technical Field

The utility model relates to the field of medical equipment, especially, indicate a medical science nose therapeutic instrument.

Background

Rhinitis, that is, inflammatory diseases of nasal cavity, is inflammation of nasal mucosa caused by virus, bacteria, allergen, various physicochemical factors and some systemic diseases, the main pathological changes of rhinitis are nasal mucosa congestion, swelling, exudation, hyperplasia, atrophy or necrosis, and the like, and the causes of rhinitis include: viral infection, susceptibility of nasal mucosa and the like, wherein the viral infection is the primary cause of the viral infection or secondary bacterial infection on the basis of the viral infection, more than 100 viruses are known to cause the disease, the most common viruses are rhinoviruses, and influenza, parainfluenza viruses, adenoviruses, coronaviruses, coxsackieviruses, mucus, paramyxovirus and the like are known to enter the organism, the virus transmission mode is mainly through respiratory tract inhalation, and then the virus enters the organism through polluted bodies or food, the susceptibility is generated from the frequent stimulation of antigen substances, but the susceptibility degree depends on the number of mast cells and basophilic granulocytes in the nasal mucosa tissue and the capability of releasing chemical media, and the number of the cells in the nasal mucosa of patients with allergic rhinitis is not only higher than that of normal people, but also has stronger capability of releasing chemical media; the existing rhinitis treatment methods comprise the following steps: 1. the aerosol inhalation administration and oral medication have the following defects: easy recurrence, large side effect and high cost; 2. surgical treatment, disadvantages: the patients suffer pain, the cost is high, and the diseases can relapse after half to two years;

in addition, in the existing atomization inhalation administration mode, part of the medicine can stay at the position of lips or nose heads and does not directly enter the nasal cavity, so that the treatment effect is reduced; and the temperature of the medicine is reduced along with the circulation process, so that the treatment effect is also reduced. The existing atomization inhalation nasal therapeutic apparatus has larger host volume, can not be carried conveniently, and has larger limitation to the use environment; in addition, the main machine of the existing aerosol inhalation nasal therapeutic apparatus has single function and can not meet other requirements of patients.

SUMMERY OF THE UTILITY MODEL

In order to solve the problems, the utility model provides a medical nasal therapeutic apparatus, which directly reaches the nasal cavity to realize treatment, realizes constant temperature heating, ensures the treatment effect, and has simple structure and small whole volume; the user can directly put the hot compress bag into a pocket or a backpack, the carrying is convenient, and the hot compress treatment effect can be realized; and can be used as a hand warmer.

In order to achieve the above object, the utility model adopts the following technical scheme: a medical nose therapeutic apparatus comprises a main control device and a therapeutic rod assembly electrically connected with the main control device, wherein the main control device comprises a host shell, a control mainboard arranged in the host shell, a battery unit arranged in the host shell, a display screen arranged on the surface of the host shell, a data connector arranged on one side of the host shell, an operation key arranged on the surface of the host shell and a heating assembly arranged on the back of the host shell, wherein the battery unit is electrically connected with the control mainboard, and the control mainboard is respectively electrically connected with the display screen, the data connector, the operation key and the heating assembly; the treatment rod assembly comprises a connecting line and a pair of treatment rod bodies which are hinged with each other and used for entering the nasal cavity to realize treatment, wherein a heating film is arranged in each treatment rod body, and the two treatment rod bodies are hinged with each other through two hinge pieces; wherein one end of the connecting wire is provided with two data output ends, and the other end of the connecting wire is provided with a data input connector, wherein the data output ends of the connecting wire are respectively electrically connected with the heating films in the two treatment rod bodies, and the other end of the connecting wire is electrically connected with the data connector through the data input connector.

Furthermore, each treatment rod body comprises a magnetic treatment shell, a hinge piece and a base body cylinder, and the heating film is wrapped on the outer side surface of the base body cylinder; wherein a placing groove extending along the axial direction of the magnetic treatment shell is arranged in the magnetic treatment shell, an opening communicated with the placing groove is formed in one end of the magnetic treatment shell, and the substrate cylinder enters and is inserted into the placing groove along the opening; the hinged part is sleeved at one end of the magnetic treatment shell, which is close to the end with the opening; wherein, the data output end of the connecting wire is respectively electrically connected with the heating film on the corresponding basal body cylinder.

Further, the heating film comprises a first FPC (flexible printed circuit) board, wherein a first graphene and a first copper laying circuit electrically connected with the first graphene are arranged on the first FPC board, a plurality of first lead bonding pads connected with the first copper laying circuit are also arranged on the first FPC board, the data output end of the connecting wire comprises a plurality of connecting terminals corresponding to the first lead bonding pads, and the connecting terminals penetrate through the hinge piece and are respectively welded with the first lead bonding pads; and a first temperature sensor is further arranged on the first FPC board and electrically connected with the first copper paving circuit.

Furthermore, the hinged part comprises a hinged kit sleeved at one end of the magnetic treatment shell close to the opening, a first connecting plate and a second connecting plate which are axially parallel to the magnetic treatment shell are integrally formed on the outer side wall of the hinged kit, the first connecting plate and the second connecting plate are parallel and symmetrical to each other, a convex block is arranged on the outer side surface of the first connecting plate, and an inserting hole corresponding to the convex block is arranged on the inner side surface of the second connecting plate; the first connecting plate of one of the treatment rod bodies is matched and assembled with the inserting hole of the second connecting plate of the other treatment rod body through the convex block, and the second connecting plate of one of the treatment rod bodies is matched and assembled with the convex block of the first connecting plate of the other treatment rod body through the inserting hole; the articulated elements still include the U-shaped elasticity and press from both sides, and the junction of two articulated elements is provided with the elasticity groove that is used for placing the U-shaped elasticity and presss from both sides, the U-shaped elasticity presss from both sides the card and establishes at the elasticity groove, and the both ends that the U-shaped elasticity pressed from both sides are pasted tightly with the lateral wall of two articulated external members respectively.

Further, the host casing includes a face shell and a bottom shell which are buckled with each other, wherein the operation key is arranged on the surface of the face shell, the heating component is arranged on the surface of the bottom shell, and a plurality of inclined-grain anti-slip grooves are distributed on the surface of the bottom shell along the length direction of the bottom shell.

Further, the heating element is including assembling the heat transfer piece on drain pan surface and being located the host computer heating film at the drain pan back and with the heat transfer piece laminating, wherein the host computer heating film includes second FPC circuit board, and wherein one side that is close to the heat transfer piece of second FPC circuit board is provided with second graphite alkene and spreads the copper circuit with second graphite alkene electric connection's second, just one side that second FPC circuit board is close to the heat transfer piece still is provided with a plurality of and spreads the second lead wire pad of copper circuit connection with the second, and the control mainboard passes through the wire and welds with a plurality of second lead wire pad, just still be provided with the second temperature sensor on the second FPC circuit board, copper circuit electric connection is spread with the second to the second temperature sensor.

Further, the edge integrated into one piece at the face-piece back has the first side of round, just the outer wall of first side is provided with the outer buckle of a plurality of, the edge integrated into one piece at the drain pan back has the round second side, the inner wall of second side is provided with the draw-in groove that corresponds with outer buckle, wherein the face-piece lock joint is on the drain pan, and the outer buckle on the first side of face-piece with the draw-in groove lock joint of drain pan second side.

Furthermore, the inner wall of the first side edge is also provided with a plurality of inner buckles, and the control mainboard is buckled on the back surface of the face shell through the inner buckles; and the display screen is arranged between the face shell and the control main board, and the position of the face shell corresponding to the display screen is of a one-way light-transmitting structure.

Further, a first connecting opening for placing the data connector is formed in the first side edge, a second connecting opening aligned with the connecting opening is formed in the second side edge of the bottom shell, the control main board is connected to the back face of the face shell in a buckled mode through the inner buckle, and the data connector sequentially penetrates through the first connecting opening and the second connecting opening.

Furthermore, the back of the face shell is also provided with two baffles which are symmetrical to each other, the two baffles respectively enclose a key placing groove for placing an operation key with the first side edge of the face shell and the back of the face shell, the key placing groove is provided with a key placing hole, and the operation key is placed in the key placing groove and clamped in the key placing hole.

The beneficial effects of the utility model reside in that:

1. during the treatment, through inserting the treatment stick body in the nasal cavity, and can adjust corresponding parameter (heating temperature, heating time etc.) through the last operation button of master control set, and the heating film work of the interior control mainboard control treatment stick body of master control set generates heat, accelerate local blood circulation in the nasal cavity, red blood cell takes oxygen ability reinforcing, and can have the treatment medicine in the surface coating of treatment stick body in this application, the treatment medicine also very easily is absorbed by the nasal mucosa under the heating state, medicine production thermoeffect under the heating of constant temperature heat-generating body, human absorption is fast, feel is good, treatment effect is better.

2. The main control device is simple in structure and small in overall size; the user can directly put the bag into a pocket or a backpack, and the carrying is convenient; the surface of the face shell is provided with operation keys, the operation keys are electrically connected with the control main board, the main control device is connected with corresponding treatment accessories, corresponding parameters are adjusted through the operation keys, and corresponding parameter data are displayed in real time through the display screen; meanwhile, the heating component electrically connected with the control main board is arranged on the surface of the bottom shell, so that a user can attach the heating component to a corresponding acupuncture point, and the hot compress treatment effect can be realized; and the heating component can be used as a hand warmer.

3. The magnetic therapeutic shell in each therapeutic rod body is magnetic, and the two therapeutic rod bodies can be magnetically attracted with each other through the magnetic therapeutic shell, so that the two therapeutic rod bodies can further form an acute angle with each other, and the nasal cavity is clamped by the two therapeutic rod bodies to prevent the therapeutic rod bodies from sliding off the nasal cavity; meanwhile, the magnetic therapeutic shell forms a certain magnetic field, so that the magnetic therapeutic shell can play a role in magnetic therapy.

Drawings

Fig. 1 is a schematic view of the assembled three-dimensional structure of a pair of therapeutic rod bodies in the utility model.

Fig. 2 is a schematic perspective view of a single therapeutic rod body of the present invention.

Fig. 3 is a schematic structural view of the middle heating film of the present invention.

Fig. 4 is a schematic sectional view of the therapeutic rod body of the present invention.

Fig. 5 is a schematic view of the overall structure of the therapeutic rod assembly of the present invention.

Fig. 6 is the whole three-dimensional structure diagram of the main control device of the therapeutic apparatus.

Fig. 7 is a schematic perspective view of the middle panel of the present invention.

Fig. 8 is a schematic view of the assembled three-dimensional structure of the middle operation button and the face shell of the present invention.

Fig. 9 is a schematic perspective view of the panel casing assembled with the control main board and the data connector on the basis of fig. 8.

Fig. 10 is a schematic structural view of the bottom case and the heating assembly of the present invention.

Fig. 11 is another schematic view of the bottom case and the heating element of the present invention.

Fig. 12 is a schematic structural diagram of the main control device of the present invention without the main housing and the bottom housing.

The reference numbers illustrate: 1. a therapeutic rod body; 11. a magnetic treatment housing; 111. a breathing groove; 12. a base cylinder; 13. a heat generating film; 131. a first graphene; 132. a first copper laying circuit; 133. a first FPC circuit board; 134. a first lead pad; 135. a first temperature sensor; 14. an articulation member; 141. a hinge assembly; 142. a first connecting plate; 1421. a bump; 143. a second connecting plate; 1431. inserting holes; 15. threading the cable sleeve; a U-shaped elastic clip; 2. a connecting wire; 21. a data input connector; 3. a face shell; 31. operating a key; 32. a first side edge; 321. an inner buckle; 322. an outer buckle; 323. a baffle plate; 324. a first connection opening; 33. a control main board; 34. a key placement hole; 35. a display screen; 4. a bottom case; 41. a diagonal anti-slip groove; 42. a second side edge; 421. a card slot; 422. a second connecting opening; 5. a data connector; 6. a heat generating component; 7. a battery cell.

Detailed Description

Referring to fig. 1-11, the present invention relates to a medical nasal therapeutic apparatus, which comprises a main control device and a therapeutic rod assembly electrically connected to the main control device, wherein the main control device comprises a main housing, a control main board 33 disposed in the main housing, a battery unit 7 disposed in the main housing, a display screen 35 disposed on the surface of the main housing, a data connector 5 disposed on one side of the main housing, an operation button 31 disposed on the surface of the main housing, and a heating assembly 6 disposed on the back of the main housing, wherein the battery unit 7 is electrically connected to the control main board 33, and the control main board 33 is electrically connected to the display screen 35, the data connector 5, the operation button 31, and the heating assembly 6 respectively; the treatment rod assembly comprises a connecting line 2 and a pair of treatment rod bodies 1 which are hinged with each other and used for entering a nasal cavity to realize treatment, wherein a heating film 13 is arranged in each treatment rod body 1, and the two treatment rod bodies 1 are hinged with each other through two hinge pieces 14; wherein one end of the connecting wire 2 is provided with two data output ends, and the other end of the connecting wire 2 is provided with a data input connector 21, wherein the data output ends of the connecting wire 2 are respectively electrically connected with the heating films 13 in the two therapeutic rod bodies 1, and the other end of the connecting wire 2 is electrically connected with the data connector 5 through the data input connector 21.

During the treatment, through inserting treatment stick body 1 in the nasal cavity, and can adjust corresponding parameter (heating temperature, heating time etc.) through operation button 31 on the master control set, and control mainboard 33 in the master control set controls the heating film 13 work of treatment stick body 1 and generates heat, accelerate local blood circulation in the nasal cavity, the oxygen carrying ability reinforcing of red blood cell, and can be in the surface coating of treatment stick body 1 in this application has treatment medicine, treatment medicine also very easily is absorbed by the nasal mucosa under the heating state, medicine produces the warm heat effect under the heating of constant temperature heat-generating body, human absorption is fast, feel, treatment effect is better.

The main control device is simple in structure and small in overall size; the user can directly put the bag into a pocket or a backpack, and the carrying is convenient; the surface of the face shell 3 is provided with an operation key 31, the operation key 31 is electrically connected with the control mainboard 33, the main control device is connected with a corresponding treatment accessory, meanwhile, the corresponding parameters are adjusted through the operation key 31, and the corresponding parameter data are displayed in real time through the display screen 35; meanwhile, the heating element 6 electrically connected with the control main board 33 is arranged on the surface of the bottom shell 4, so that a user can attach the heating element 6 to a corresponding acupuncture point, and a hot compress treatment effect can be realized; and the heating component 6 can be used as a hand warmer.

Further, each therapeutic rod body 1 comprises a magnetic therapeutic shell 11, a hinge 14 and a base body cylinder 12, and the heating film 13 is wrapped on the outer side surface of the base body cylinder 12; wherein a placing groove extending along the axial direction of the magnetic treatment shell 11 is arranged in the magnetic treatment shell 11, an opening communicated with the placing groove is arranged at one end of the magnetic treatment shell 11, and the substrate cylinders 12 sequentially enter the placing groove along the opening and are inserted into the placing groove; the hinged part 14 is sleeved at one end of the magnetic treatment shell 11 close to the opening; wherein, the data output ends of the connecting wires 2 are respectively electrically connected with the heating films 13 on the corresponding base body cylinders 12.

The magnetic treatment shell 11 in each treatment rod body 1 is magnetic, and the two treatment rod bodies 1 can be magnetically attracted with each other through the magnetic treatment shell 11, so that the two treatment rod bodies 1 can further form an acute angle with each other, and the two treatment rod bodies 1 clamp the nasal cavity to prevent the treatment rod bodies 1 from slipping off from the nasal cavity; meanwhile, the magnetic therapeutic shell 11 is arranged to form a certain magnetic field, so that the magnetic therapeutic shell can play a role of magnetic therapy. Wherein, the data output ends of the connecting wires are respectively electrically connected with the heating films 13 on the corresponding base body cylinders; and the lateral wall of the magnetic therapy shell is provided with a circle of breathing grooves 111. So that the two therapeutic rod bodies 1 can breath through the slit of the breathing groove 111 when being inserted into the nasal cavity.

Further, the heating film 13 includes a first FPC circuit board 133, the first FPC circuit board 133 is provided with a first graphene 131 and a first copper-spreading circuit 132 electrically connected to the first graphene 131, and the first FPC circuit board 133 is further provided with a plurality of first lead pads 134 connected to the first copper-spreading circuit 132, wherein the data output end of the connection line 2 includes a plurality of connection terminals corresponding to the first lead pads 134, and the plurality of connection terminals penetrate through the hinge 14 and are respectively welded to the first lead pads 134; and a first temperature sensor 135 is further disposed on the first FPC circuit board 133, and the first temperature sensor 135 is electrically connected to the first copper laying circuit 132.

In this embodiment, the heating film 13 is a first graphene 131 heating film, the first FPC board 133 is provided with a +5V first lead pad 134, a DQ first lead pad 134, and a GND first lead pad 134, and the connection line 2 is respectively welded to the +5V first lead pad 134, the DQ first lead pad 134, and the GND first lead pad 134; and the heat energy generated by the heating of the first graphene 131 is uniformly radiated in a plane mode by controlling the far infrared ray with the wavelength of 5-14 microns, the total conversion rate of the effective electric heat energy reaches more than 99%, and meanwhile, the heat generating performance is stable due to the superconductivity of the special first graphene 131 material.

The temperature sensor can monitor the real-time temperature of the heating film 13, and can ensure that the situation that a user is scalded due to overheating of the temperature can not occur; and when the actual temperature of the heating film 13 is higher than the set temperature, the subsequent controller controls the heating film 13 to reduce power or stop working to maintain a proper working temperature.

Further, still include hollow structure's the cover of crossing line 15, the one end setting of crossing the cover of line 15 is in articulated elements 14, and the other end extends to outside the articulated elements 14, wherein a plurality of connecting terminal wherein get into the articulated elements 14 through crossing the cover of line 15 in to respectively with lead wire pad welding. The function of the wire-passing sheath 15 is to protect the portion of the extension wire 2 outside the hinge 14 from frequent folding that could damage the wire 2.

Further, the hinge 14 includes a hinge kit 141 sleeved at one end of the magnetic therapy housing 11 close to the opening, a first connecting plate 142 and a second connecting plate 143 axially parallel to the magnetic therapy housing 11 are integrally formed on an outer side wall of the hinge kit 141, and the first connecting plate 142 and the second connecting plate 143 are parallel and symmetrical to each other, wherein a protrusion 1421 is disposed on an outer side surface of the first connecting plate 142, and an insertion hole 1431 corresponding to the protrusion 1421 is disposed on an inner side surface of the second connecting plate 143; the first connecting plate 142 of one therapeutic rod body 1 is assembled with the inserting hole 1431 of the second connecting plate 143 of the other therapeutic rod body 1 through the convex block 1421, and the second connecting plate 143 of one therapeutic rod body 1 is assembled with the convex block 1421 of the first connecting plate 142 of the other therapeutic rod body 1 through the inserting hole 1431; the articulated elements 14 further comprise U-shaped elastic clamps 17, the joint of the two articulated elements 14 is provided with an elastic groove for placing the U-shaped elastic clamps 17, the U-shaped elastic clamps 17 are clamped in the elastic groove, and two ends of the U-shaped elastic clamps 17 are respectively attached to the outer side walls of the two articulated sleeve members 141.

In the application, the hinged parts 14 adopt a concave-convex buckle crossed assembly mode to realize the rotating function between the two hinged parts 14; in this embodiment, the U-shaped elastic clip 17 forms a slope with a taper, and when in use, the two therapeutic rod bodies 1 form an acute angle with each other, so that the two therapeutic rod bodies 1 can form an acute angle with each other, and the two therapeutic rod bodies 1 can clip the nasal cavity to prevent the therapeutic rod bodies 1 from slipping off the nasal cavity.

Further, the host casing comprises a face casing 3 and a bottom casing 4 which are buckled with each other, wherein the operation key 31 is arranged on the surface of the face casing 3, the heating component 6 is arranged on the surface of the bottom casing 4, and a plurality of inclined-grain anti-slip grooves 41 are distributed on the surface of the bottom casing 4 along the length direction of the bottom casing. Because the host computer heats the heating effect of membrane, leads to the easy sweat of user's palm and skids, then be provided with a plurality of twill antiskid groove 41 in this particular embodiment, increase its friction and avoid appearing the condition of skidding.

Further, the heating element 6 includes the heat transfer piece of assembly on drain pan 4 surface and is located the host computer heating film at the drain pan 4 back and with the heat transfer piece laminating, wherein the host computer heating film includes second FPC circuit board, and wherein one side that is close to the heat transfer piece of second FPC circuit board is provided with second graphite alkene and spreads the copper circuit with second graphite alkene electric connection's second, just one side that second FPC circuit board is close to the heat transfer piece still is provided with the second lead wire pad that a plurality of and second spread copper circuit connection, and control mainboard 33 passes through wire and a plurality of second lead wire pad welding, just still be provided with the second temperature sensor on the second FPC circuit board, the second temperature sensor spreads copper circuit electric connection with the second.

In this specific embodiment, the second FPC board is provided with a +5V second lead pad, a DQ second lead pad, and a GND second lead pad, and pins on the control motherboard 33 are welded to the +5V second lead pad, the DQ second lead pad, and the GND second lead pad, respectively; and the heat energy generated by the second graphene is uniformly radiated in a plane mode by controlling the far infrared ray with the wavelength of 5-14 microns, the total conversion rate of the effective electric heat energy reaches more than 99%, and meanwhile, the superconductivity of the special graphene material is added, so that the stability of the heating performance is ensured. The second temperature sensor can monitor the real-time temperature of the heating film of the host machine, and can ensure that the situation that a user is scalded due to overheating of the temperature can be avoided; and when the actual temperature of the host heating film is higher than the set temperature, the host heating film is controlled by the control mainboard 33 to reduce power or stop working so as to maintain the proper working temperature.

Further, the edge integrated into one piece at the face-piece 3 back has the first side 32 of round, just the outer wall of first side 32 is provided with the outer buckle 322 of a plurality of, the edge integrated into one piece at the drain pan 4 back has round second side 42, the inner wall of second side 42 is provided with the draw-in groove 421 that corresponds with outer buckle 322, wherein 3 lock joints of face-piece are on drain pan 4, and outer buckle 322 on the 3 first side 32 of face-piece with the draw-in groove 421 lock joint of drain pan 4 second side 42. In this embodiment, the face shell 3 and the bottom shell 4 are fastened to the fastening groove 421 of the second side 42 of the bottom shell 4 through the external fastener 322, so that the assembly or disassembly is very simple, the connection is stable, screw holes and screws do not need to be additionally formed, and the production cost is greatly reduced.

Further, the inner wall of the first side 32 is further provided with a plurality of inner buckles 321, and the control main board 33 is buckled on the back of the face shell 3 through the inner buckles 321; and the display screen 35 is arranged between the face shell 3 and the control main board 33, and the position of the face shell 3 corresponding to the display screen 35 is of a one-way light-transmitting structure. Wherein fix with control mainboard 33 through interior buckle 321, can avoid the use mainboard to take place the condition of rocking, and the position that face-piece 3 corresponds display screen 35 is one-way light-transmitting structure, then the user can be to the specific parameter that face-piece 3 can direct-viewing display screen 35 shows, display screen 35 sets up at display screen 35 and sets up between face-piece 3 and control mainboard 33, then display screen 35 does not with user direct contact, its surface has 3 protections of one deck face-piece in addition, can improve the life-span of display screen 35 greatly.

Further, the first side 32 is provided with a first connecting opening 324 for placing the data connector 5, the second side 42 of the bottom case 4 is provided with a second connecting opening 422 aligned with the connecting opening, the control main board 33 is fastened to the back of the face case 3 through an inner buckle 321, and the data connector 5 sequentially passes through the first connecting opening 324 and the second connecting opening 422.

Further, two baffles 323 which are symmetrical to each other are further arranged on the back surface of the face shell 3, a key placement groove for placing the operation key 31 is respectively enclosed by the two baffles 323, the first side edge 32 of the face shell 3 and the back surface of the face shell 3, the key placement groove is provided with a key placement hole 34, and the operation key 31 is placed in the key placement groove and is clamped in the key placement hole 34. In this embodiment, the operation keys 31 are placed in the key placement grooves and clamped in the key placement holes 34, so that the assembly or disassembly is very simple, the connection is stable, screw holes do not need to be additionally formed, screws do not need to be screwed, the production cost is greatly reduced, and the key placement grooves can play a role in positioning the operation keys 31.

The above embodiments are only for describing the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, and various modifications and improvements made by the technical solution of the present invention by those skilled in the art are all within the scope of the present invention as defined by the claims.

Claims

1. A medical nasal therapeutic instrument is characterized in that: the main control device comprises a main machine shell, a control mainboard, a battery unit, a display screen, a data connector, an operation key and a heating assembly, wherein the control mainboard is arranged in the main machine shell; the treatment rod assembly comprises a connecting line and a pair of treatment rod bodies which are hinged with each other and used for entering the nasal cavity to realize treatment, wherein a heating film is arranged in each treatment rod body, and the two treatment rod bodies are hinged with each other through two hinge pieces; wherein, one end of the connecting line is provided with two data output ends, and the other end of the connecting line is provided with a data input connector, wherein, the data output ends of the connecting line are respectively and electrically connected with the heating films in the two therapeutic rod bodies, and the other end of the connecting line is electrically connected with the data connector through the data input connector;

each treatment rod body comprises a magnetic treatment shell, a hinge piece and a base body cylinder, and the heating film is wrapped on the outer side surface of the base body cylinder; wherein a placing groove extending along the axial direction of the magnetic treatment shell is arranged in the magnetic treatment shell, an opening communicated with the placing groove is formed in one end of the magnetic treatment shell, and the substrate cylinder enters and is inserted into the placing groove along the opening; the hinged part is sleeved at one end of the magnetic treatment shell, which is close to the end with the opening; the data output ends of the connecting wires are respectively electrically connected with the heating films on the corresponding base body cylinders; and the outer side wall of the magnetic therapy shell is provided with a circle of breathing grooves.

2. The medical nasal treatment instrument of claim 1, wherein: the heating film comprises a first FPC (flexible printed circuit) board, wherein a first graphene and a first copper laying circuit electrically connected with the first graphene are arranged on the first FPC board, a plurality of first lead bonding pads connected with the first copper laying circuit are also arranged on the first FPC board, the data output end of a connecting wire comprises a plurality of connecting terminals corresponding to the first lead bonding pads, and the connecting terminals penetrate through an articulated piece and are respectively welded with the first lead bonding pads; and a first temperature sensor is further arranged on the first FPC board and electrically connected with the first copper paving circuit.

3. The medical nasal treatment instrument of claim 1, wherein: the external side wall of the hinge assembly is integrally formed with a first connecting plate and a second connecting plate which are axially parallel to the magnetic treatment shell, the first connecting plate and the second connecting plate are mutually parallel and symmetrical, the outer side surface of the first connecting plate is provided with a convex block, and the inner side surface of the second connecting plate is provided with an inserting hole corresponding to the convex block; the first connecting plate of one of the treatment rod bodies is matched and assembled with the inserting hole of the second connecting plate of the other treatment rod body through the convex block, and the second connecting plate of one of the treatment rod bodies is matched and assembled with the convex block of the first connecting plate of the other treatment rod body through the inserting hole; the articulated elements still include the U-shaped elasticity and press from both sides, and the junction of two articulated elements is provided with the elasticity groove that is used for placing the U-shaped elasticity and presss from both sides, the U-shaped elasticity presss from both sides the card and establishes at the elasticity groove, and the both ends that the U-shaped elasticity pressed from both sides are pasted tightly with the lateral wall of two articulated external members respectively.

4. The medical nasal treatment instrument of claim 1, wherein: the host casing comprises a face shell and a bottom shell which are buckled with each other, wherein an operation key is arranged on the surface of the face shell, a heating component is arranged on the surface of the bottom shell, and a plurality of inclined-grain anti-skidding grooves are distributed on the surface of the bottom shell along the length direction of the bottom shell.

5. The medical nasal treatment instrument of claim 4, wherein: the heating assembly comprises a heat transfer sheet assembled on the surface of the bottom shell and a host heating film which is arranged on the back of the bottom shell and is attached to the heat transfer sheet, wherein the host heating film comprises a second FPC circuit board, one side, close to the heat transfer sheet, of the second FPC circuit board is provided with second graphene and a second copper-paving circuit connected with the second graphene, one side, close to the heat transfer sheet, of the second FPC circuit board is further provided with a plurality of second lead pads connected with the second copper-paving circuit, a control mainboard is welded with the second lead pads through wires, and a second temperature sensor is further arranged on the second FPC circuit board and is electrically connected with the second copper-paving circuit.

6. The medical nasal treatment instrument of claim 4, wherein: the edge integrated into one piece at the face-piece back has the first side of round, just the outer wall of first side is provided with the outer buckle of a plurality of, the edge integrated into one piece at the drain pan back has the round second side, the inner wall of second side is provided with the draw-in groove that corresponds with outer buckle, wherein the face-piece lock joint is on the drain pan, and the outer buckle on the first side of face-piece with the draw-in groove lock joint of drain pan second side.

7. The medical nasal treatment instrument of claim 6, wherein: the inner wall of the first side edge is also provided with a plurality of inner buckles, and the control mainboard is buckled on the back surface of the face shell through the inner buckles; and the display screen is arranged between the face shell and the control main board, and the position of the face shell corresponding to the display screen is of a one-way light-transmitting structure.

8. The medical nasal treatment instrument of claim 7, wherein: the utility model discloses a control mainboard, including the face-piece, the drain pan is provided with the connection trompil, the first connection trompil that supplies the data connector to place is seted up to first side, the drain pan second side is seted up and is connected the trompil with the second that connects the trompil and align, the control mainboard passes through the back of interior buckle lock joint at the face-piece, just the data connector passes in proper order and connects trompil at first connection trompil.

9. The medical nasal treatment instrument of claim 6, wherein: the back of the face shell is further provided with two baffles which are symmetrical to each other, the two baffles respectively enclose a key placing groove used for placing an operation key with the first side edge of the face shell and the back of the face shell, the key placing groove is provided with a key placing hole, and the operation key is placed in the key placing groove and clamped in the key placing hole.