CN213941755U - Atomizing mouthpiece - Google Patents

Abstract

The utility model discloses an atomizing mouthpiece, which comprises a mouthpiece body. Wherein, the mouthpiece body comprises a trumpet-shaped front end pipe and a straight cylindrical rear end pipe which is integrally connected with the trumpet-shaped front end pipe. The straight cylindrical rear end pipe is connected with an atomizer which generates atomized liquid. The opening on the straight cylindric rear end pipe is provided with to the spraying air inlet, and the opening on the tubaeform front end pipe is provided with to the spraying gas outlet, and tubaeform front end pipe is provided with the tubaeform front end pipe of semicircle form, and the inside cavity that forms of tubaeform front end pipe is provided with to storing up the fog storehouse, and the upper and lower of the open-ended of tubaeform front end pipe is provided with anti-skidding lip flange respectively, and the upper and lower both sides of hookup location are provided with the slope transition face of taking the slope respectively between tubaeform front end pipe and the straight cylindric rear end pipe. The utility model discloses have and avoid cross sensing and block up the atomizing piece, and be suitable for the extensive effect of crowd.

Description

Atomizing mouthpiece

Technical Field

The utility model belongs to the atomizer field, in particular to atomizing is difficult to articulate.

Background

The atomizer can be used for treating various respiratory diseases, such as common cold, fever, cough, asthma, etc. The atomizing inhalation therapy is an important and effective treatment method in the treatment method of respiratory system diseases, and aims to atomize liquid medicine into micro particles, so that the medicine enters the respiratory tract and the lung for deposition in a respiratory inhalation mode, thereby achieving the aim of painless, rapid and effective treatment, wherein a matched atomizing mouthpiece is also an important component and plays an indispensable role in the atomizing therapy. Traditional atomizing is bitten into one's mouth not only is hollow tubulose body and is bitten into one's mouth, and the front end is unanimous with the rear end size, when carrying out atomization therapy, exhale too big or carelessly the nozzle of inhaling the atomizer with the water smoke saliva of large granule when the patient, cause the obstructed problem of atomizing piece easily, especially old man and child are difficult to control the expiratory volume size of oneself, often accompany partly saliva and inhale the mouth of biting into one's mouth the inside together and easily block up the atomizing piece, therefore not only influence treatment, and cross infection takes place easily, it is not sanitary yet, just be spraying air inlet fog volume when the mouth of biting rear end is big, it is big not have the buffer process to lead to the patient to inhale the atomizing medicament volume suddenly, produce uncomfortable reaction.

SUMMERY OF THE UTILITY MODEL

In view of the above problem, an object of the present invention is to provide an atomizing mouthpiece which avoids cross-sensing and clogging of atomizing sheets, and is suitable for a wide range of people.

In order to achieve the above object, the present invention provides an atomizing mouthpiece, which comprises a mouthpiece body, wherein the mouthpiece body comprises a trumpet-shaped front end tube and a straight cylindrical rear end tube integrally connected with the trumpet-shaped front end tube. The straight cylindrical rear end pipe is connected with an atomizer which generates atomized liquid. The opening on the straight cylindric rear end pipe is provided with to the spraying air inlet, and the opening on the tubaeform front end pipe is provided with to the spraying gas outlet, and tubaeform front end pipe is provided with the tubaeform front end pipe of semicircle form, and the inside cavity that forms of tubaeform front end pipe is provided with to store up the fog storehouse, is provided with anti-skidding lip flange about the open-ended of tubaeform front end pipe respectively. The upper side and the lower side of the connecting position between the horn-shaped front end pipe and the straight cylindrical rear end pipe are respectively provided with an inclined transition surface with an inclined slope. Therefore, the trumpet-shaped front end pipe is provided with the semicircular trumpet-shaped front end pipe, namely a structure close to a flat arc shape, and when the trumpet-shaped front end pipe similar to the lip shape of a human body is used for absorbing fog, the lips and the tongue of a patient are well protected from being injured. In addition, the design of the upper and lower anti-skidding lip flanges of the opening of the trumpet-shaped front end pipe can well prevent a patient from not only playing an anti-skidding role during occlusion, but also avoiding the problem that the patient slips out and falls off from the mouth in the occlusion process due to the lubricating effect of saliva. In addition, the inclined transition surface has certain buffering and blocking effects on atomized liquid sprayed by the atomizer, so that discomfort caused by too much atomized liquid inhaled by a patient when the patient uses the atomizing device for the first time or the atomizing amount is too large can be effectively avoided.

In some embodiments, the mist storage bin is wide in front and narrow in back, and the back narrow position is provided with an inclined transition section. From this, the storage fog storehouse of this structure, when the patient exhales, can do certain the effect of sheltering from and playing collection patient's exhalation fog with the fog of patient exhalation, also can block the aerial fog and the saliva of patient exhalation to a certain extent in tubaeform front end intraductal, can not cause atomizing piece to block up and the pollutant is piled up because of a large amount of fog of patient exhalation is direct from straight cylindric rear end pipe incoming calls atomizer in.

In some embodiments, a plurality of air-permeable micropores are provided on the straight cylindrical rear end pipe located on one side of the straight cylindrical rear end pipe. Therefore, the plurality of breathable micropores are arranged at the front inclined position of the straight-tube-shaped rear end tube, so that the air suction and ventilation process is convenient for a patient to atomize, and the problems of too large atomized liquid overflow waste and air pollution are avoided.

In some embodiments, the plurality of gas permeable micro-pores are distributed arcuately on the inclined transition surface.

In some embodiments, the sloped transition surface is an inwardly recessed sloped transition surface. Therefore, the inclined transition surface of the inner recess is in an inverted U-shaped arc shape, so that the atomized liquid medicine is prevented from being excessively wasted and overflowing. The reason is that the atomized liquid injected into the atomizer enters the horn-shaped front end pipe from the straight cylindrical rear end pipe and is sprayed out, the sprayed atomized liquid is firstly sprayed forwards according to the air flow inertia principle and gradually diffuses towards two sides, and the air-permeable micropores are arranged at the top and near the spray air inlet so as to effectively avoid the overflow of the liquid medicine from the air holes.

The beneficial effects of the utility model are that have and avoid cross sensing and block up the atomizing piece, and be suitable for the extensive purpose of crowd. The anti-slip lip-shaped flange on the trumpet-shaped front end pipe has an anti-slip effect when being occluded, and the problem that the lip-shaped flange slips off from the mouth in the occlusion process due to the lubricating effect of saliva is avoided. The fog storage bin of the horn-shaped front end pipe is wide in the front and narrow in the back, and is provided with a certain inclined transition section, so that the water fog exhaled by a patient can be collected to a certain extent when the patient exhales, and the atomized pieces are prevented from being blocked and polluted by the atomizer entering the atomizer after particles are directly exhaled. A plurality of air-permeable micropores are arranged above the front inclined part of the straight cylindrical rear end pipe, so that the air-permeable function is realized during the breathing action of a patient, and simultaneously, the excessive overflow of liquid medicine and the waste and air pollution can be avoided; the connecting part of the straight cylindrical rear end pipe and the horn-shaped front end pipe has a certain slope to play a certain buffering role on atomized liquid sprayed by the atomizer, so that the patient cannot feel uncomfortable when inhaling too much at one time. Therefore, the purposes of avoiding cross sensing and blocking the atomizing sheet and being suitable for wide crowds are achieved.

Drawings

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

fig. 2 is a schematic rear view of the present invention;

fig. 3 is a schematic bottom view of the present invention;

fig. 4 is a left side view structure diagram of the present invention;

fig. 5 is a schematic structural view of the present invention;

fig. 6 is a schematic view of the internal structure of the present invention;

fig. 7 is a schematic top view of the present invention;

fig. 8 is a schematic side-cut structure of the present invention.

Detailed Description

The following describes the present invention in further detail with reference to the accompanying drawings.

As shown in fig. 1 to 8, an atomizing mouthpiece includes a mouthpiece body 1, and the mouthpiece body 1 includes a trumpet-shaped front end tube 2, and a straight cylindrical rear end tube 3 integrally connected to the trumpet-shaped front end tube 2. The straight cylindrical rear end pipe 3 is connected to an atomizer for generating atomized liquid. The opening on the straight cylindric rear end pipe 3 is provided with to spraying air inlet 4, and the opening on the tubaeform front end pipe 2 is provided with to spraying gas outlet 5, and tubaeform front end pipe 2 is provided with the tubaeform front end pipe 2 of semicircle form, and the cavity of the inside formation of tubaeform front end pipe 2 is provided with to storing up fog storehouse 6, and the upper and lower of the open-ended of tubaeform front end pipe 2 is provided with anti-skidding lip flange 7 respectively. The upper and lower sides of the connecting position between the horn-shaped front end pipe 2 and the straight cylindrical rear end pipe 3 are respectively provided with an inclined transition surface 8 with an inclined slope. The trumpet-shaped front end pipe 2 is provided with the semicircular trumpet-shaped front end pipe 2, namely, the trumpet-shaped front end pipe is close to a flat arc-shaped structure, and when the trumpet-shaped front end pipe 2 similar to the lip shape of a human body is used for absorbing fog, the lips and the tongue of a patient are well protected from being injured. In addition, the design of the upper and lower anti-slip lip-shaped flanges 7 of the opening of the trumpet-shaped front end pipe 2 can well prevent the patient from not only playing a role of anti-slip when biting, but also avoiding the problem that the patient slips off from the mouth in the biting process due to the lubricating effect of saliva. In addition, the inclined transition surface 8 has a certain buffering and blocking effect on atomized liquid sprayed by the atomizer, so that discomfort caused by too much atomized liquid inhaled by a patient when the atomizer is used for the first time or the atomization amount is too large can be effectively avoided. The fog storage bin 6 is wide in front and narrow in back, and an inclined transition section is arranged at the position of the narrow back. The storage fog storehouse 6 of this structure, when the patient exhales, can do certain the effect of sheltering from and playing collection patient's exhalation fog with the fog of patient exhalation, also can block the aerial fog of patient exhalation and saliva to a certain extent in tubaeform front end pipe 2, can not cause atomizing piece to block up and the pollutant is piled up because of patient exhales a large amount of fog directly from 3 incoming calls atomizers of straight cylindric rear end pipe. A plurality of ventilation micropores 9 are provided in the straight cylindrical rear end pipe 3 on the side of the straight cylindrical rear end pipe 3. Therefore, the plurality of air-permeable micropores 9 are arranged at the front inclined position of the straight-tube-shaped rear end tube 3, so that the air suction and ventilation process is convenient for a patient to inhale during atomization, and the problems of overlarge atomized liquid overflow waste and air pollution are avoided. A plurality of ventilation micro-holes 9 are distributed on the inclined transition surface 8 in an arc shape. The inclined transition surface 8 is an inwardly recessed inclined transition surface 8. The inner concave inclined transition surface 8 is in an inverted U-shaped arc shape to avoid excessive waste and overflow of the atomized liquid medicine. The reason is that the atomized liquid injected into the atomizer enters the horn-shaped front end pipe 2 from the straight cylindrical rear end pipe 3 and is sprayed out, the sprayed atomized liquid is firstly sprayed forwards according to the air flow inertia principle and gradually diffuses towards two sides, and the air-permeable micropores 9 are arranged at the top and near the spray air inlet 4 so as to effectively avoid the overflow of the liquid medicine from the air holes.

When the anti-skidding lip-shaped flange 7 on the trumpet-shaped front end pipe 2 is used, the anti-skidding lip-shaped flange has an anti-skidding effect in an occlusion process, and the problem that the lip-shaped flange slips off from a mouth in the occlusion process due to the lubrication effect of saliva is avoided. The fog storage bin 6 of the horn-shaped front end pipe 2 is wide in the front and narrow in the back, and is provided with a certain inclined transition section, so that water fog exhaled by a patient during exhalation can be collected to a certain degree, and the phenomenon that the exhaled water fog enters the atomizer to block and pollute the atomizing sheet after direct exhalation particles are gathered is avoided. A plurality of air-permeable micropores 9 are arranged above the front inclined part of the straight cylindrical rear end pipe 3, so that the air-permeable function is realized when a patient breathes, and simultaneously, the waste and air pollution caused by excessive overflowing of liquid medicine are avoided; the connecting part of the straight cylindrical rear end pipe 3 and the horn-shaped front end pipe 2 has a certain slope to play a certain buffer role on the atomized liquid sprayed by the atomizer, so that the patient can not feel uncomfortable by inhaling too much at one time.

What has been described above are only some embodiments of the invention. For those skilled in the art, without departing from the inventive concept, several modifications and improvements can be made, which are within the scope of the invention.

Claims (5)

1. An atomization mouthpiece comprises a mouthpiece body and is characterized in that the mouthpiece body comprises a horn-shaped front end pipe and a straight cylindrical rear end pipe which is integrally connected with the horn-shaped front end pipe; the straight cylindrical rear end pipe is connected with an atomizer for generating atomized liquid; an opening on the straight cylindrical rear end pipe is provided with a spray air inlet; an opening on the horn-shaped front end pipe is provided with a spray air outlet; the horn-shaped front end pipe is provided with a semicircular horn-shaped front end pipe; a cavity formed in the horn-shaped front end pipe is provided with a mist storage bin;

the upper part and the lower part of the opening of the horn-shaped front end pipe are respectively provided with an anti-skidding lip-shaped flange; the upper side and the lower side of the connecting position between the horn-shaped front end pipe and the straight cylindrical rear end pipe are respectively provided with an inclined transition surface with an inclined slope.

2. An atomizing mouthpiece as claimed in claim 1, wherein said mist storage chamber is wide in front and narrow in rear, and a sloping transition section is provided at the rear narrow position.

3. An atomizing mouthpiece in accordance with claim 2, wherein a plurality of air-permeable minute holes are provided in the straight cylindrical rear end pipe on the side of the straight cylindrical rear end pipe.

4. An atomizing mouthpiece in accordance with claim 3, wherein said plurality of air permeable pores are arcuately distributed on said inclined transition surface.

5. An atomizing mouthpiece in accordance with claim 4, wherein said angled transition surfaces are inwardly recessed angled transition surfaces.

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