CN201642812U - Multifunctional nasal cavity physiotherapy machine - Google Patents

Abstract

The utility model consists of a shell, a container, an electromagnetic pump, a main conduit and an auxiliary conduit; the shell is provided with a negative pressure connector and a positive pressure connector, the container is provided with an accommodating space capable of storing cleaning liquid, and is provided with a connector for sucking the cleaning liquid and a water inlet seat for inputting the cleaning liquid; the electromagnetic pump is connected with the negative pressure connector through a negative pressure pipeline, and is connected with the positive pressure connector through a positive pressure pipeline, so that the negative pressure connector can be used for providing a snivel or a respirator according to requirements, and the positive pressure connector can be used for providing a sprayer or a nose washing device; the utility model discloses if want to carry out inside washing, only need be connected the main duct between container joint chair and negative pressure connector to and be connected the auxiliary duct between container water inlet seat and malleation connector, after starting the electromagnetic type pumping, the cleaning solution in the container can circulate and clean the action in electromagnetic type pumping, malleation pipeline and negative pressure pipeline, in order to reach the sanitary safety who promotes its follow-up use.

Description

Multifunctional Nasal Physiotherapy Machine

technical field

The utility model refers to a physical therapy machine, in particular to a multifunctional nasal cavity physical therapy machine capable of cleaning the inside of the nasal cavity, which can improve the hygienic safety of use.

Background technique

The previous technology is just as shown in the patent case No. M291298 of China Taiwan Announcement. It mainly installs a motor pump inside the casing, and the casing is provided with a negative pressure nozzle communicated with the motor pump suction hole, and a The positive pressure nozzles connected to the exhaust holes of the motor pump can make the negative pressure nozzle and the positive pressure nozzle perform corresponding suction and exhaust actions through the internal pipeline when the motor pump is started, so that the negative pressure The nozzle is used for nasal aspirator, while the positive pressure connector is used for sprayer or nasal irrigator, achieving the multi-purpose function of a single machine.

However, this prior patent has the disadvantage of being unable to clean the motor pump and the inside of the pipeline; specifically, after using the nasal aspirator, the germs and droplets in the nasal mucus will more or less be sucked into the motor pump with the negative pressure If the internal cleaning cannot be carried out, the germs in the motor pump and the pipeline will be sucked into the nasal cavity when the sprayer or nasal irrigator is used later, so it is safe in terms of hygienic use Insufficient problem.

In view of this, the inventor has successfully created a nasal cavity physical therapy machine capable of internal cleaning through continuous efforts in research and development.

Utility model content

The purpose of the utility model is to provide a multifunctional nasal physiotherapy machine with hygienic and safe use.

For this reason, the utility model adopts the following technical scheme: a multifunctional nasal cavity physical therapy machine, which includes: a casing, which is provided with a negative pressure connector and a positive pressure connector; accommodating space, and a socket for drawing cleaning liquid; and an electromagnetic pump, which connects the negative pressure nozzle with a negative pressure pipeline, and connects the positive pressure nozzle with a positive pressure pipeline; the A main conduit is selectively connected between the container socket and the negative pressure nozzle.

The container also has a water inlet seat for inputting cleaning fluid, a secondary conduit is connected between the container water inlet seat and the positive pressure nozzle, and the main conduit is connected between the container socket and the negative pressure nozzle to form an internal cleaning system. circulation line.

The container has an opening that penetrates upwards, and the opening is closed by an upper cover, and the upper cover is provided with a socket connecting the inside and the outside, a soft straw that can absorb cleaning liquid is inserted into the bottom of the socket, and a main pipe is installed on the top connected connectors.

One end of the joint at the top of the upper cover is set as a closed end, and the wall of the closed end is provided with an air inlet. The inner bottom surface opens and closes the air inlet.

The electromagnetic pump consists of an electromagnetic assembly and at least one hollow valve housing. The valve housing is provided with a swing arm on the outside, and a magnet is provided at the movable end of the swing arm, and a valve housing and the swing arm are airtightly fitted. Rubber cap, the electromagnetic component excites the magnet to drive the swing arm to control the stretching or compression of the rubber cap; the valve housing is provided with a forward valve and a reverse valve in the range of the rubber cap, and the valve housing is respectively provided with an inlet hole and a discharge hole , the inlet hole is connected to the negative pressure nozzle with a negative pressure pipeline, and the discharge hole is connected to the positive pressure nozzle with a positive pressure pipeline. When the rubber cap is stretched, the forward valve can be opened and the reverse valve can be closed to act on the negative pressure nozzle. Suction fluid to the rubber cap, and when the rubber cap is compressed, the reverse valve can be opened and the forward valve can be closed, so as to act on the rubber cap to discharge fluid to the positive pressure joint.

The inside of the casing has a chamber for the installation of the electromagnetic pump, and a platform for placing the container is formed on the casing.

The casing is provided with a first container for placing a nasal aspirator at a position close to the negative pressure connection mouth, and is provided with a second container for placing a nasal irrigator at a position close to the positive pressure connection nozzle.

The container has an opening that penetrates upwards, and the opening is closed by an upper cover. The upper cover is provided with a connecting seat connecting the inside and the outside. A soft suction pipe that can absorb cleaning liquid is inserted into the bottom of the connecting seat, and a main pipe is installed on the top for communication. connector.

The negative pressure mouthpiece is connected with a nasal aspirator, which has an upwardly transparent bottle body, and a suction head is used to close the bottle body. The head is also provided with an air extraction seat connected to the inside and outside, and the air extraction seat is connected to the negative pressure nozzle through a hose.

The positive pressure connection mouth is connected with a nasal washer, and the nasal washer has a handle, the end of the handle is connected with a hose, the other end is a water outlet, and a switch capable of opening and closing the water flow is arranged between the two ends. The other end of the hose is connected to the positive pressure nozzle, and the main pipe is connected between the container connector and the negative pressure nozzle.

The positive pressure connection nozzle is connected with a hand-held spray can group, and the hand-held spray can group is connected to the positive pressure connection nozzle through a pair of conduits, while the main conduit is not connected between the container socket and the negative pressure connection nozzle.

The positive pressure connection nozzle is connected with a spray mask group, and the spray mask group connects the positive pressure connection nozzle with a secondary conduit, while the main conduit is not connected between the container socket and the negative pressure connection nozzle.

Using the above scheme, the electromagnetic pump of the present invention connects a negative pressure pipeline to the negative pressure nozzle, and another positive pressure pipeline to connect the positive pressure nozzle, so that the negative pressure nozzle can provide a nasal aspirator according to the demand Or the use of respirators, as for the positive pressure connector, it can be used as a sprayer or a nasal wash; if the utility model wants to perform internal cleaning, it only needs to connect a main pipe between the container joint and the negative pressure connector, and then start the electromagnetic pump When the pump is in operation, the negative pressure pipeline can draw the cleaning liquid in the container, so that the cleaning liquid can flow out from the positive pressure nozzle, so that the inside of the electromagnetic pump, negative pressure pipeline and positive pressure pipeline can be cleaned. To eliminate the droplets and germs inhaled inside, and improve the hygiene and safety of its subsequent use.

The following preferred embodiments together with the accompanying drawings describe the utility model in detail.

Description of drawings

Fig. 1 is the exploded schematic view of the utility model;

Fig. 2 is a partially exploded schematic diagram of the electromagnetic pump of the present invention;

3A is a schematic cross-sectional view of the A-A position of the electromagnetic pump in FIG. 2 during stretching;

3B is a schematic cross-sectional view of the B-B position of the electromagnetic pump in FIG. 2 during stretching;

FIG. 3C is a schematic cross-sectional view of the A-A position of the electromagnetic pump in FIG. 2 during compression;

FIG. 3D is a schematic cross-sectional view of the C-C position of the electromagnetic pump in FIG. 2 during compression;

Fig. 4, 5 are the implementation schematic diagrams of the utility model nasal mucus suction device;

Fig. 6, 7A, 7A1, 7B, 7B1, 8 are schematic diagrams of embodiments of the utility model nasal washing device;

9 and 10 are schematic diagrams of embodiments of the utility model for internal cleaning;

Figures 11 and 12 are schematic diagrams of embodiments of the utility model hand-held spray tank group;

13 and 14 are schematic diagrams of embodiments of the spray mask set of the present invention.

Description of main component symbols

1 Chassis 11 Bottom Plate 12 Platform

13 storage room 131 cover 14 negative pressure connector

15 Positive crimping nozzle 16 First storage tank 17 Second storage tank

2 container 21 accommodation space 22 upper cover

23 Seat 24 Straw 25 Connector

251 External thread 252 Air inlet 253 Cap

254 inner bottom surface 26 water inlet seat

3 Electromagnetic pump 31 Electromagnetic assembly 32 Valve housing

321 Forward valve 322 Reverse valve 323 Inlet hole

324 Drain hole 33 Swing arm 34 Magnet

35 Rubber cap 36 Negative pressure line 37 Positive pressure line

4 Nasal Aspirator 41 Bottle Body 42 Suction Head

43 Nasal Tube 44 Air Extraction Seat 45 Hose

5 main catheter 51 air bubble 6 nasal irrigator

61 Hose 62 Water outlet 63 Switch

7 Auxiliary conduit 8 Hand-held spray can set 9 Spray mask set

Detailed ways

Please refer to Fig. 1, 2 and 3, the utility model at least includes;

A casing 1, which has a downwardly transparent chamber (not shown), and can close this chamber with a bottom plate 11, and a platform 12 is formed on the casing 1, and on both sides of the platform 12 There is an upwardly transparent storage room 13 for the placement of subsequent components. The top of the storage room 13 is covered with a cover 131 to maintain the overall appearance of the utility model; the casing 1 is respectively provided with negative pressure Connecting nozzle 14, positive pressure connecting nozzle 15, and a first container 16 is provided at a position close to negative pressure connecting nozzle 14, and a second container 17 is provided at a position close to positive pressure connecting nozzle 15;

A container 2, which has an accommodating space 21 for storing cleaning fluid, and an upwardly transparent opening, which can be closed by an upper cover 22, and the upper cover 22 is also provided with a connecting seat 23 connecting the inside and outside, the connecting seat 23 The bottom is provided with a soft suction pipe 24 that can draw the cleaning solution, and a T-shaped joint 25 is installed at the top, so that the cleaning solution in the container 2 can provide the source of water flow of the present utility model, and the loam cake 22 is provided with a can in addition. The water inlet seat 26 for inputting cleaning liquid; wherein, one end of the T-shaped joint 25 is set as a closed end, and the wall surface of the closed end is provided with an air inlet hole 252, as shown in Fig. 7A1 for cooperation, the outer ring surface of the end is formed with The external thread 251 can be used for screwing a cap 253, and the air inlet hole 252 can be opened and closed by the inner bottom surface 254 of the cap 253; and

An electromagnetic pump 3 installed in the chamber of the casing 1, as shown in Figures 2, 3A, 3B, 3C, and 3D, is composed of an electromagnetic assembly 31 and two paired hollow valve casings 32, the two valve casings 32 are respectively provided with a swing arm 33 on the opposite outer side, and a magnet 34 is provided at the movable end of the swing arm 33, and a rubber cap 35 is airtightly fitted between the valve casing 32 and the swing arm 33, and is excited by the electromagnetic assembly 31 Two magnets 34 drive two swing arms 33 to control the corresponding rubber cap 35 to stretch or compress; the two valve housings 32 are respectively provided with a forward valve 321 and a reverse valve 322 within the scope of the rubber cap 35, and in the second valve housing 32 are respectively provided with an inlet hole 323 and a discharge hole 324, the inlet hole 323 is connected with the negative pressure connector 14 with the negative pressure pipeline 36, and the discharge hole 324 is connected with the positive pressure connector 15 with the positive pressure pipeline 37; When the cap 35 stretches, it can open the reverse valve 321 and close the reverse valve 322, and the negative pressure nozzle 14 can draw fluid to the rubber cap 35. The rubber cap 35 discharges fluid to the positive crimping nozzle 15 .

Figures 4 and 5 reveal the state of use of the nasal mucus suction device 4 of the present utility model. This nasal mucus suction device 4 is arranged in the first container 16, which has an upwardly transparent bottle body 41, and a suction head 42 is used to close the suction device. The bottle body 41, the suction head 42 is connected with a nasal tube 43 connected to the inside and outside, and the suction head 42 is also provided with a suction seat 44 connected to the inside and outside, the suction seat 44 is connected to the negative pressure connection through a hose 45 The mouth 14, when starting the electromagnetic pump 3, can make the nasal tube 43 suck the nasal mucus to the nasal cavity.

Figures 6, 7A, 7A1 and 8 reveal the application state of the utility model for the nasal lavage device 6. The nasal lavage device 6 is plugged into the second container 17, and has a handle, and the end of the handle is connected with a hose 61. The other end is a water outlet 62, and a switch 63 capable of opening and closing the water flow is provided between the two ends. The other end of the hose 61 is connected to the positive pressure joint 15, and then the joint 25 of the container 2 is connected to the negative pressure joint. 14 is connected with a main conduit 5. When the electromagnetic pump 3 is activated, the negative pressure pipeline 36 can draw the cleaning liquid of the container 2. This cleaning liquid is generally warm salt water at about 35-38°C, so that the cleaning liquid can be The water outlet 62 of the nasal wash 6 is injected into the nasal cavity on one side, turns over through the nasopharynx, and flows out from the other nasal cavity to assist the movement of the cilia on the nasal mucosa.

Please refer to Figures 7B, 7B1, Figures 9 and 10 to reveal the application state of the utility model for internal cleaning, which mainly connects a main conduit 5 between the container 2 joint 25 and the negative pressure nozzle 14, and starts the electromagnetic pump 3 as When in motion, the negative pressure pipeline 36 can draw the cleaning liquid of the container 2, so that the cleaning liquid can flow out from the positive pressure connection nozzle 15, so that the electromagnetic pump 3, the negative pressure pipeline 36 and the positive pressure pipeline 37 can be cleaned internally , to eliminate the droplets and germs inhaled inside, and improve the hygiene and safety of its subsequent use; wherein, the cleaning solution can be citric acid, white vinegar and other products; please refer to Figure 7B and 7B1, the screw is connected to The cap 253 of the joint 25 is unscrewed, and air can be sucked from the suction hole 252 by negative pressure to generate some air bubbles 51, which can disturb and oscillate the inner wall of the main conduit 5 and the electromagnetic pump 3, thereby improving the cleaning effect. It is further improved; in order to make the cleaning solution repeatedly circulated for cleaning, the utility model can additionally connect a secondary conduit 7 between the water inlet seat 26 of the container 2 and the positive pressure connector 15, so that the electromagnetic pump 3, The main conduit 5 and the secondary conduit 7 constitute a circulation pipeline for internal cleaning.

Figures 11 and 12 reveal the application state of the utility model for the hand-held spray can group 8, while Figures 13 and 14 reveal the application state of the utility model for the spray mask group 9, and the hand-held spray can group 8 or the spray mask group 9 are all transparent. The positive pressure nozzle 15 is connected through the auxiliary conduit 7, and when the electromagnetic pump 3 is activated, its negative pressure nozzle 14 can draw external air for supplying the hand-held spray can group 8 or the spray mask group 9 for use.

In summary, the utility model is a progressive creation, and the overall structure is also novel. The above is only a preferred embodiment of the utility model, and generally according to the utility model claims and instructions The equivalent changes and modifications made in the content should still fall within the protection scope of the utility model patent.

Claims (12)

1. multi-functional nasal cavity physical therapy machine is characterized in that: includes,

One casing, it is provided with, and negative pressure is spigot joint, malleation is spigot joint;

One container, it has the accommodation space that can store cleanout fluid, and have one can be for drawing the joint chair of cleanout fluid; And

One electromagnetic type pumping, it is spigot joint that it connects negative pressure with a negative pressure line, and it is spigot joint to connect malleation with a malleation pipeline in addition; Spigot joint selectivity of this container joint chair and negative pressure is connected a main pipe.

2. multi-functional nasal cavity physical therapy machine as claimed in claim 1, it is characterized in that: this container has the water-logged base that can import cleanout fluid in addition, be connected a secondary conduit spigot joint of container water-logged base and malleation, and the container joint chair is connected main pipe with spigot joint of negative pressure, to constitute an inner circulation line that cleans.

3. multi-functional nasal cavity physical therapy machine as claimed in claim 1 or 2, it is characterized in that: this vessel has upwards saturating empty opening, this opening is for a cover encloses, and on be covered with and be communicated with inside and outside joint chair, joint chair bottom grafting one can be drawn the soft suction pipe of cleanout fluid, and a joint for the main pipe connection is then installed at the top.

4. multi-functional nasal cavity physical therapy machine as claimed in claim 3, it is characterized in that: end of the joint of tops is made as blind end on this, this blind end wall also is provided with a blowhole, this terminal outer ring surface system is formed with external screw thread and can screws togather for a cap, but and the inner bottom surface of this cap of mat open and close this blowhole.

5. multi-functional nasal cavity physical therapy machine as claimed in claim 1 or 2, it is characterized in that: the electromagnetic type pumping is made up of an electromagnetic assembly, at least one hollow valve casing, this valve casing is provided with a swing arm in the outside, and be provided with Magnet at the swing arm movable end, and between valve casing and swing arm airtight cover unification rubber medicated cap, this electromagnetic assembly field magnet and drive swing arm control rubber medicated cap and stretch or compression; This valve casing is provided with forward valve, a reverse valve in rubber medicated cap scope, and be respectively equipped with flow-in hole, discharge orifice at valve casing, it is spigot joint that this flow-in hole is communicated with negative pressure with negative pressure line, discharge orifice is spigot joint with malleation pipeline connection malleation, when the rubber medicated cap stretches, can open forward valve, close reverse valve, spigot joint with the effect negative pressure to rubber medicated cap draw fluid, when the rubber medicated cap compresses, can open reverse valve in addition, close forward valve, to act on the rubber medicated cap to the spigot joint exhaust fluid of malleation.

6. multi-functional nasal cavity physical therapy machine as claimed in claim 5 is characterized in that: this casing inside has the room that a power supply magnetic-type pumping is installed, and forms the platform of a containment vessel on casing.

7. multi-functional nasal cavity physical therapy machine as claimed in claim 5 is characterized in that: casing is being provided with one for first tank of putting machine for sucking snort near the spigot joint position of negative pressure, is being provided with one near the spigot joint position of malleation for putting second tank of washing the nose device.

8. multi-functional nasal cavity physical therapy machine as claimed in claim 5, it is characterized in that: this vessel has upwards saturating empty opening, this opening is for a cover encloses, on be covered with and be communicated with inside and outside joint chair, joint chair bottom grafting one can be drawn the soft suction pipe of cleanout fluid, and a joint for the main pipe connection is then installed at the top.

9. multi-functional nasal cavity physical therapy machine as claimed in claim 1, it is characterized in that: the spigot joint machine for sucking snort that is connected with of negative pressure, this machine for sucking snort has a upwards saturating empty bottle, and seal this bottle with a dust collecter, this dust collecter is equipped with one and is communicated with inside and outside nasal tube, and dust collecter is provided with the inside and outside seat of bleeding of a connection in addition, and it is spigot joint that this seat of bleeding is communicated with negative pressure through a flexible pipe.

10. multi-functional nasal cavity physical therapy machine as claimed in claim 1, it is characterized in that: malleation is spigot joint to be connected with one and to wash the nose device, this washes the nose utensil a handle, this handle end is equipped with flexible pipe, the other end is an outlet, and between two ends, be provided with a switch that can open and close current, its flexible pipe end in addition is connected spigot joint in malleation, and being connected with spigot joint of negative pressure through the container joint has main pipe.

11. multi-functional nasal cavity physical therapy machine as claimed in claim 1 is characterized in that: the spigot joint hand-held aerosol can group that is connected with of malleation, it is spigot joint that this hand-held aerosol can group is connected malleation with a secondary conduit, and the container joint chair then is not connected main pipe with spigot joint of negative pressure.

12. multi-functional nasal cavity physical therapy machine as claimed in claim 1 is characterized in that: the spigot joint spray helmet group that is connected with of malleation, it is spigot joint that this spray helmet group is connected malleation with a secondary conduit, and the container joint chair then is not connected main pipe with spigot joint of negative pressure.

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