CN216125150U

CN216125150U - Switching support and breathing training ware body

Info

Publication number: CN216125150U
Application number: CN202122345182.4U
Authority: CN
Inventors: 李双杰; 邬志辉; 陈炳雄
Original assignee: Chongqing Shangpin Yisheng E Commerce Co ltd
Current assignee: Chongqing Shangpin Yisheng E Commerce Co ltd
Priority date: 2021-09-26
Filing date: 2021-09-26
Publication date: 2022-03-25
Anticipated expiration: 2031-09-26

Abstract

The application discloses switching support and breathing training ware body has one and is arranged in the gas pocket of solid inserting breathing training ware body, is formed at the shelf on gas pocket top, be formed at the first switching frame and the second switching frame of the horizontal both sides of shelf, first switching frame and second switching frame all are located the shelf corresponding to a terminal side position department of gas pocket, first switching frame and second switching frame are used for supplying the swing portion switching of breathing training ware body is on it. The switching support has the advantages of convenient assembly, and convenient assembly. Above-mentioned switching support easy dismounting, the permeability is good, and the pivot is conveniently adjusted to the assembling process, state of seeing clearly in the assembling process of being convenient for.

Description

Switching support and breathing training ware body

Technical Field

The application relates to a switching support and breath training ware body.

Background

When a person normally inhales, the diaphragm contracts and the external intercostal muscles contract, and when the person inhales forcefully, the person also needs to inhale auxiliary muscles such as the trapezius muscles and the scalene muscles, the chest is widened and lifted as a result of the contraction of the muscles, the chest space is expanded to the limit, and therefore the inspiratory muscles need to be exercised. The breathing training device can improve the lung capacity by combining the abdominal breathing method, and the lung function can be effectively improved by insisting on training. The existing breathing training devices are complex in structure and high in manufacturing cost, and training effects of some breathing training devices are low.

SUMMERY OF THE UTILITY MODEL

To overcome the defects of the prior art, the technical problem to be solved by the application is that: the adapting bracket and the breathing training device body are quick and convenient to assemble and disassemble compared with the traditional adapting structure.

In order to solve the technical problem, the application adopts a technical scheme that: providing a switching bracket, which is provided with an air nozzle, a shelf formed at the top end of the air nozzle, a first switching bracket and a second switching bracket formed at the two transverse sides of the shelf, wherein the first switching bracket and the second switching bracket are both positioned at the positions, corresponding to one end side of the air hole, on the shelf, and the two sides of the swinging part are switched on the first switching bracket and the second switching bracket; the swing part is arranged on the switching support along the longitudinal direction, and the inserting part is inserted into the air hole through the air nozzle.

Further, the first adapter rack comprises a first adapter plate vertically arranged on one lateral side of the shelf and a first limiting plate vertically arranged on the outer side of the first adapter plate; a first V-shaped groove is formed at the top end of the first adapter plate; the first limiting plate is provided with a first inverted V-shaped groove; and on a projection plane parallel to the first transfer plate and the first limiting plate, a first rotating connecting part is formed between the groove bottom of the first V-shaped groove and the groove bottom of the first inverted V-shaped groove.

Further, the medial surface of first limiting plate corresponds to the position department of first V-arrangement groove is formed with first slant guide slot, first slant guide slot to the inboard direction of first adapter plate is run through first limiting plate, the tank bottom of first slant guide slot towards the top direction of first limiting plate and to the outside direction of crossing gradually incline, and follow the top direction runs through first limiting plate.

Furthermore, first connecting portions connected with the first adapter plate are formed at two longitudinal end sides of the first limiting plate, and the first connecting portions enable the first limiting plate to be located outside the first adapter plate in parallel and form a first parallel space with the first adapter plate.

Further, the second adapter rack comprises a second adapter plate vertically arranged on the other transverse side of the shelf and a second limiting plate vertically arranged on the outer side of the second adapter plate, and a second V-shaped groove is formed at the top end of the second adapter plate; the second limiting plate is provided with a second inverted V-shaped groove; and on a projection plane parallel to the second adapter plate and the second limiting plate, a second rotary connecting part for the rotary connection of the swinging part is formed between the groove bottom of the second V-shaped groove and the groove bottom of the second inverted V-shaped groove.

Furthermore, a second oblique guide groove is formed in the position, corresponding to the second V-shaped groove, of the inner side face of the second limiting plate, penetrates through the second limiting plate towards the inner side direction of the second adapter plate, gradually inclines towards the top end direction of the second limiting plate and towards the transverse outer side direction of the second limiting plate towards the groove bottom of the second oblique guide groove, and penetrates through the second limiting plate from the top end direction.

Furthermore, second connecting portions connected with the second adapter plate are formed on the two longitudinal end sides of the second limiting plate, and the second connecting portions enable the second limiting plate to be located outside the second adapter plate in parallel and form a second parallel space with the second adapter plate.

The shelf is provided with a first side wall and a second side wall which are formed on two transverse sides of the shelf, the first side wall is integrally formed at the front end of the first transfer plate, and the first side wall and the inner side surface of the first transfer plate are positioned on the same plane; the second side wall is integrally formed at the front end of the second adapter plate and is positioned on the same plane with the second adapter plate; the first side wall, the first adapter plate, the shelf, the second side wall and the second adapter plate are integrally formed into a storage rack with a U-shaped cross section.

In order to solve the above technical problem, another technical scheme that this application adopted is, provides the breathing training ware body, includes:

the breathing training device comprises an air passage, a breathing nozzle and a breathing training device, wherein the front end of the air passage is provided with the breathing nozzle, one surface of the air passage is provided with an air hole, and the breathing nozzle passes through the outside of a shell of the breathing training device through a first opening hole on the shell;

the gas vibration generating component is provided with an inserting part movably inserted into the air hole and a swinging part connected with the top end of the inserting part far away from the air hole, the swinging part is rotatably fixed outside the surface through the switching bracket, and the two transverse sides of the swinging part are rotatably connected to a first switching bracket and a second switching bracket of the switching bracket;

a resistance member interposed between the swing portion and the air passage.

Further, the cross-sectional area of air flue is less than the cross-sectional area of exhaling the mouth, exhale the rear end of mouth be formed with to the air flue direction draw in with the transition connecting portion of air flue intercommunication, transition connecting portion make exhale the mouth inner chamber to the air flue direction reduces gradually, thereby makes the process transition connecting portion flow in the gaseous pressure grow in the air flue.

Above-mentioned switching support and breathing training ware body, its benefit is: the first rotating shaft and the second rotating shaft are required to be installed and prevented from being separated due to the fact that the width of the first adapter plate and the width of the second adapter plate are limited, and the traditional rotating shaft hole cannot be set; and secondly, the assembly and disassembly are convenient, the permeability is good, the formed parallel space is convenient for seeing the assembly process and state clearly in the assembly process, and the rotating shaft is convenient to adjust. And thirdly, the first switching frame and the second switching frame have elastic deformation functions and are convenient to install. The first V-shaped groove, the first inverted V-shaped groove, the second V-shaped groove and the second inverted V-shaped groove are formed, so that the first adapter plate, the first limiting plate, the second adapter plate and the second limiting plate have certain deformation capacity, the elastic deformation of the first limiting plate and the second limiting plate in the transverse direction is realized through the set size and thickness of the first limiting plate and the second limiting plate, when the swing part is installed, the first limiting plate can slightly outwards enable the rotatable connecting part (the first rotating shaft) of the swing part to be installed in the groove bottoms of the first V-shaped groove and the first inverted V-shaped groove, and the installation is convenient and rapid; similarly, the second limiting plate can slightly outwards enable the second rotating shaft to be arranged in the second V-shaped groove and the groove bottom of the second inverted V-shaped groove.

Drawings

The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the application and together with the description serve to explain the application and not to limit the application. In the drawings:

FIG. 1 is a schematic structural diagram of an embodiment of the breathing training apparatus of the present application.

Fig. 2 is a schematic structural diagram of a breathing training device body according to an embodiment of the breathing training device of the present application.

Fig. 3 is an exploded view of fig. 2.

Fig. 4 is a schematic structural view of the adapter bracket of the present application.

Fig. 5 is a front view of an adaptor bracket of the present application.

Fig. 6 is a partial schematic view of a hook slot in an embodiment of the present application.

Detailed Description

In order to make the objects, technical solutions and advantages of the present application more apparent, the technical solutions of the present application will be described in detail and completely with reference to the following specific embodiments of the present application and the accompanying drawings. It should be apparent that the described embodiments are only some of the embodiments of the present application, 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 application.

It will be understood that when an element is referred to as being "secured to" another element, it can be directly on the other element or intervening elements may also be present. When an element is referred to as being "connected" to another element, it can be directly connected to the other element or intervening elements may also be present.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the utility model herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the utility model.

Referring to fig. 1 to 3, the breathing training device of the present application has a longitudinal dimension greater than a transverse dimension, i.e., the breathing training device is an elongated structure. The breathing training device comprises a shell 100 and a training device body A arranged in the shell 100. The housing 100 has a first opening 101 at the front end and a second opening 102 at the rear end. The trainer body A comprises an air passage 200, wherein an expiration nozzle 210 is formed at the front end of the air passage 200, an air hole 220 is formed on one surface of the air passage 200, and the expiration nozzle 210 passes through the shell 100 through the first opening 101; the trainer body A also comprises an air vibration generating component 300, the air vibration generating component 300 is provided with an inserting part 310 movably inserted into the air hole 220 and a swinging part 320 connected with the top end of the inserting part 310 far away from the air hole 220, and one end side of the swinging part 320 close to the inserting part 310 is fixed outside the surface in a rotatable way; the trainer body a further includes a resistance member interposed between the swing portion 320 and the air path 200. During breathing training, the exhaled air enters the air passage 200 and the air holes 220 through the exhalation nozzle 210, so that the insertion part 310 is pushed outwards, and the air enters the shell 100 through the gap between the insertion part 310 and the air holes 220 and flows out of the shell 100 through the second opening 102; the rotatable connection of the swing portion 320 forms a lever principle, so that two ends of the swing portion 320 swing up and down, and the resistance generated by the resistance component causes the expiration to generate a predetermined obstruction, thereby realizing the breathing training. It should be understood that the terms "a" and "an" in the present description, such as "a first opening 101" and "a second opening 102", are words of quantity, not words of unit, and are intended to refer to one in the present application. In other embodiments, a group may be referred to, a group including one or more. In the present application, the "one surface of the air duct 200" refers to a side surface of the air duct 200, and when the air duct 200 is a circular (i.e., a cross-section of a circle) air duct 200, it is an outer circumferential surface of the air duct 200. Of course, in other embodiments, the "surface of the air duct 200" may also be the rear end surface of the air duct 200, and the air-vibration generating member 300 is disposed at the rear end surface to be matched with the air hole 220. In the present application, the one end side and the other end side are referred to as a rear end side and a front end side, respectively, and the following description is given of the rear end side and the front end side. In another embodiment, the one end side and the other end side may be referred to as a front end side and a rear end side, respectively, that is, the directions of the front end side and the rear end side are reversed. "out of surface" in the above description means out of the surface from the radial direction. Herein, the "top end" refers to an end radially outward, i.e., toward the casing 100, and the "bottom end" refers to an end radially inward, i.e., toward the center.

In this embodiment, the housing 100 has a hollow cylindrical shape. The casing 100 has an annular casing wall 110, and an end cap 120 formed at the rear end of the annular casing wall 110, the front end of the annular casing wall 110 extends forward and gradually converges to form the first opening 101, and the second opening 102 is formed in the end cap 120. The housing 100 may also be any structure having openings at the front and rear ends, which is not illustrated in the prior art. Preferably, the position of the second opening 102 is provided with an exhalation adjusting valve for adjusting the size of the convective air flow, so as to expand the application range, the applicable crowd and the universality of the breathing training device.

In this embodiment, preferably, the air passage 200 is a semicircular air passage 200 having a semicircular cross section and formed by enclosing a plane 201 and an arc surface 202, and the exhalation nozzle 210 is a circular exhalation nozzle 210 integrally formed at the front end of the semicircular air passage 200; in radial direction, circular breathing mouth 210's rear end surpasss semicircular part is an arc and connects face 211, arc is connected face 211 and is exhaled and is gone up with the mouth 210 and be corresponded to the part that the face 211 is connected to the arc forms transition connecting portion 212, the face 211 is connected to the arc makes breathing mouth 210 inner chamber to the gas flue 200 direction reduces gradually, thereby makes the process the face 211 department of connecting to the arc flows in the gas pressure grow in the gas flue 200. Furthermore, the arc surface 202 is a minor arc surface, that is, the cross section of the semicircular air passage 200 is a small semicircular air passage 200 below 1/2 of the cross section of the circular exhalation nozzle 210, so that the inner cavity of the air passage 200 is smaller, the air is stronger, and the insertion part 310 is more forcefully ejected out, under the resistance of the resistance part, the collision between the powerful air flow and the resistance part is more violent, the air vibration generation part 300 generates stronger swing, the breathing training effect is better, and under the condition that the air vibration generation part 300 generates up-down air vibration, the effect of synchronously vibrating the abdominal cavity of the user to discharge phlegm is better. It should be understood that the shape of the airway 200 is not limited to the semi-circular airway 200 described above. In other embodiments, in order to achieve the above-mentioned better training effect, as long as the cross-sectional area of the air passage 200 is smaller than that of the exhalation nozzle 210, a transition connection part 212 that converges toward the air passage 200 to communicate with the air passage 200 is formed at the rear end of the exhalation nozzle 210, and the transition connection part 212 gradually reduces the inner cavity of the exhalation nozzle 210 toward the air passage 200, so that the pressure of the gas flowing into the air passage 200 through the transition connection part 212 is increased. A third shelf 230 on which the front end of the swing portion 320 rests is erected on the surface of the air duct 200 (i.e., on the plane 201), the front end of the third shelf 230 is connected to the arc-shaped connecting surface 211, and the front end of the swing portion 320 rests on the third shelf 230 in the initial/reset state.

The swing portion 320 may have an elongated plate shape, a bar shape, a column shape, a block shape, and the like. In this embodiment, the swinging portion 320 is a swinging plate. The swing plate is skillfully arranged: the swing plate includes a frame groove 321, a weight portion 322 integrally formed at a rear end side of the frame groove 321, and a light portion 323 formed at a front end side of the frame groove 321. Preferably, the rotation joints are located at two lateral sides of the frame groove 321 near the weight portion 322, and specifically, the following structure may be adopted: the first rotating shaft 330 is formed by extending laterally outward one side of the frame groove portion 321 (i.e., the lateral side of the swing portion 320 corresponds to the position of the first rotation connecting portion described below); the second rotation shaft (not shown) is formed by extending the other lateral side of the frame groove portion 321 (i.e., the other lateral side of the swing portion 320 corresponding to a position of a second rotation connecting portion, which will be described later) outward in a lateral direction. The frame groove 321 is a rectangular groove with an open top, a third opening 321a is formed in the frame groove 321 at a position corresponding to the air hole 220, and the insertion portion 310 is integrally formed at the bottom of the third opening 321 a. The insertion portion 310 is a pointed cone that converges toward the air hole 220 and toward the center from the bottom. The frame groove 321 is lighter than the weight 322, so that the weight of the whole swing part 320 is reduced, and the resistance is adjusted by arranging the resistance component, so that the application range of the breathing training device is wider, and the crowd is wider. The weight part 322 is located at the rear end side of the rotation connection part as a counterweight, and the light part 323 is matched with the weight part 322 to balance the whole swing part 320, so that the balance and the stability are better. The ingenious structure of point awl spare makes gaseous outside ejecting in-process, and the clearance between point awl spare and the gas pocket 220 upwards diminishes gradually, reinforcing atmospheric pressure, increases the amplitude of oscillation of oscillating piece for the luffing motion is more violent, and through the conduct of being exhaled gas, makes user's pleuroperitoneal cavity produce corresponding vibrations, and the sputum discharging effect is good.

Referring to fig. 4 and 5, the breathing training device body a further includes a adapting bracket 400, the adapting bracket 400 has an air nozzle 410 fixedly inserted into the air hole 220, a shelf 420 formed at the top end of the air nozzle 410, a first adapting bracket 430 and a second adapting bracket 440 formed at two lateral sides of the shelf 420, the first adapting bracket 430 and the second adapting bracket 440 are both located at positions on the shelf 420 corresponding to the rear end side of the air hole 220, and two sides of the swing portion 320 are adapted to the first adapting bracket 430 and the second adapting bracket 440; the first adapter 430 and the second adapter 440 are used for the two sides of the swing portion 320 of the breathing training device body 300 to be connected thereon. The swing portion 320 is disposed on the adaptor bracket 400 along a longitudinal direction, the bottom end of the air nozzle 410 is controlled into the air passage 200 through the air hole 220, and the insertion portion 310 is inserted into the air hole 220 through the air nozzle 410. The air faucet 410 is through from the radial direction to form an open shape or a horn shape, which is open to the outside (top direction), and is better matched with the pointed cone. The adapting bracket 400 further includes a first shelf 450 surrounding the air nozzle 410 and a second shelf 480 disposed at the rear side of the first shelf 450, the heights of the first shelf 450 and the second shelf 480 are the same, and are both higher than the bottom surface of the air nozzle 410, and when the air nozzle 410 is fixedly inserted into the air hole 220, the first shelf 450 and the second shelf 480 are just disposed on the surface of the air passage 200.

Preferably, the adapting bracket 400 further includes a first side wall 460 and a second side wall 470 formed at both lateral sides of the shelf 420, wherein the first side wall 460 is integrally formed at a front end of the first adapting plate 431 and is located on the same plane as an inner side surface of the first adapting plate 431; the second side wall 470 is integrally formed at the front end of the second adapter plate 441 and is located on the same plane as the second adapter plate 441; the first side wall 460, the first adapter plate 431, the shelf 420, the second side wall 470 and the second adapter plate 441 form a shelf with a U-shaped cross section on which the swinging part 320 is longitudinally arranged, and the shelf is matched with the longitudinal size and the transverse size of the frame groove part 321. As a structure, on one hand, the frame groove 321 can be accommodated in the shelf; on the other hand, the transverse moving space of the frame groove 321 is reduced, and a certain limiting effect is achieved; in another aspect, the parts have better matching degree and more compact and concentrated structure. It should be understood that this is not an essential element to solve the technical problems set forth in the present application.

Preferably, the first transfer frame 430 includes a first transfer plate 431 erected at one lateral side of the shelf 420, and a first limit plate 432 erected at an outer side of the first transfer plate 431; a first V-shaped groove 433 is formed at the top end of the first transfer plate 431; the first stopper plate 432 is formed with a first inverted V-shaped groove 434; on a projection plane parallel to the first transfer plate 431 and the first limit plate 432, a first rotary connection portion for rotatably connecting the swing portion 320 is formed between the groove bottom of the first V-shaped groove 433 and the groove bottom of the first inverted V-shaped groove 434. The bottoms of the first V-shaped groove 433 and the first inverted V-shaped groove 434 are preferably arc-shaped groove bottoms that are in a shape similar to the first rotating shaft 330, so that on the projection plane, the arc-shaped groove bottom of the first V-shaped groove 433 and the arc-shaped groove bottom of the first inverted V-shaped groove 434 just form a first shaft hole 435 that is matched with the first rotating shaft 330, and the first rotating shaft 330 is outwardly inserted into the first shaft hole 435 to limit the first rotating shaft 330 from the peripheral direction of the first rotating shaft 330.

The first limiting plate 432 may be connected to the first connection plate 431 to stand outside the first connection plate 431, and may be connected to the air passage 200 to stand outside the first connection plate 431. In this embodiment, first connection portions 437 connected to the first rotation plate 431 are formed at both longitudinal end sides of the first limiting plate 432, and the first connection portions 437 allow the first limiting plate 432 to be positioned in parallel outside the first rotation plate 431 and form a first parallel space 438 with the first rotation plate 431. The inner side surface (close to the one side of the first rotating plate 431) of the first limiting plate 432 is formed with a first oblique guide groove 439 at a position corresponding to the first V-shaped groove 433, the first oblique guide groove 439 penetrates through the first limiting plate 432 toward the inner side direction of the first rotating plate 431, the groove bottom of the first oblique guide groove 439 faces to the top end direction of the first limiting plate 432 and gradually inclines to the transverse outer side direction, and penetrates through the first limiting plate 432 from the top end direction.

The second adapter frame 440 includes a second adapter plate 441 standing on the other lateral side of the shelf 420 and a second stopper plate 442 standing on the outer side of the second adapter plate 441, and a second V-shaped groove 443 is formed at the top end of the second adapter plate 441; the second stopper plate 442 is formed with a second inverted V-shaped groove 444; on a projection plane parallel to the second adapting plate 441 and the second limiting plate 442, a second rotary connection portion for rotatably connecting the swinging portion 320 is formed between the groove bottom of the second V-shaped groove 443 and the groove bottom of the second inverted V-shaped groove 444; the bottoms of the second V-shaped groove 443 and the second inverted V-shaped groove 444 are preferably arc-shaped groove bottoms that are profiled with the second rotating shaft, so that on the projection plane, the arc-shaped groove bottom of the second V-shaped groove 443 and the arc-shaped groove bottom of the second inverted V-shaped groove 444 just form a second shaft hole (not shown) that is matched with the second rotating shaft, and the second rotating shaft is outwardly inserted into the second shaft hole to limit the second rotating shaft from the peripheral direction of the second rotating shaft.

The second stopper plate 442 may be connected to the second adaptor plate 441 to be vertically disposed outside the second adaptor plate 441, or may be connected to the air duct 200 to be vertically disposed outside the second adaptor plate 441. In this embodiment, second connecting portions 447 connected to the second adapting plate 441 are formed at two longitudinal end sides of the second limiting plate 442, and the second connecting portions 447 enable the second limiting plate 442 to be located outside the second adapting plate 441 in parallel, and a second parallel space 448 is formed between the second limiting plate 442 and the second adapting plate 441. A second inclined guide groove 449 is formed at a position of an inner side surface (a surface close to the second adapting plate 441) of the second stopper plate 442, which corresponds to the second V-shaped groove 443, the second inclined guide groove 449 penetrates the second stopper plate 442 in an inner direction of the second adapting plate 441, a groove bottom of the second inclined guide groove 449 gradually inclines in a direction facing a top end of the second stopper plate 442 and in a direction transverse to the outer side, and penetrates the second stopper plate 442 in the top end direction.

The first adapter 430 and the second adapter 440 are arranged, and have the following advantages: firstly, the assembly is convenient to assemble and prevent from being separated, the width of the first adapter plate 431 and the width of the second adapter plate 441 are limited when the adapter bracket 400 is installed in front of the swinging part 320, so that the first rotating shaft 330 and the second rotating shaft are ensured to be installed, and the first rotating shaft 330 and the second rotating shaft are prevented from being separated, which cannot be met by the traditional rotating shaft hole arrangement; and secondly, the assembly and disassembly are convenient, the permeability is good, the formed parallel space is convenient for seeing the assembly process and state clearly in the assembly process, and the rotating shaft is convenient to adjust. Thirdly, the first and second adapting frames 430 and 440 have elastic deformation function, and are convenient to install. The first V-shaped groove 433, the first inverted V-shaped groove 434, the second V-shaped groove 443 and the second inverted V-shaped groove 444 are formed, so that the first adapter plate 431, the first limiting plate 432, the second adapter plate 441 and the second limiting plate 442 have certain deformation capacity, the elastic deformation of the first limiting plate 432 and the second limiting plate 442 in the transverse direction is realized through the set size and thickness of the first limiting plate 432 and the second limiting plate 442, when the bearing is installed, the first limiting plate 432 can slightly outwards enable the first rotating shaft 330 to be installed in the groove bottoms of the first V-shaped groove 433 and the first inverted V-shaped groove 434, and the installation is convenient and quick; similarly, the second stopper plate 442 allows the second shaft to be slightly inserted into the bottom of the second V-shaped groove 443 and the second inverted V-shaped groove 444.

With reference to fig. 3, the resistance component includes a torsion spring 510 disposed on the first rotating shaft 330 and/or the second rotating shaft, one end of the torsion spring 510 is disposed on the swinging portion 320, and the other end is disposed on the shelf 420. When the gas jacks up the insertion portion 310, the swing portion 320 starts to swing up and down under the lever support of the first rotating shaft 330 and the second rotating shaft, when the swing portion 320 moves up, the torsion spring 510 forms a certain resistance to strengthen the expiratory strength, and returns when the swing portion moves down, so that the flexibility and elasticity of the whole swing portion 320 are better. Preferably, a hook groove 600 is formed at a position of the swing portion 320 corresponding to one end of the torsion spring 510, one end of the torsion spring 510 is fixed in the hook groove 600, and the other end is hooked at the rear end of the shelf 420.

Further preferably, the hook groove 600 is opened in the frame groove 321 corresponding to the side wall of the torsion spring 510, and the hook groove 600 is located at the front end side of the torsion spring 510. The hook groove 600 is substantially U-shaped, and is formed by recessing the top end surface of the side wall of the frame groove portion 321 downward, and the groove bottom of the hook groove 600 is used for accommodating the front end of the torsion spring 510; the groove wall portion of hook groove 600 with the top handing-over department radius of lateral wall, two radius portions make the notch of hook groove 600 be the loudspeaker form, right torsion spring 510's front end leads, be convenient for fast with torsion spring 510 packs into in the hook groove 600.

Further preferably, in another embodiment, referring to fig. 6, an anti-separation portion for preventing the front end of the torsion spring 510 from separating may be further disposed in the hook groove 600, the anti-separation portion includes arc-shaped protrusions 610 formed on two groove walls of the hook groove 600, and a distance between the arc-shaped protrusions 610 is smaller than a diameter of the torsion spring 510. Further preferably, an auxiliary portion is further formed on the side wall of the frame groove portion 321 at a position close to the hook groove 600, the auxiliary portion is an auxiliary groove 620 formed by recessing downward from the top end of the side wall of the frame groove portion 321, and a portion of the side wall of the frame groove portion 321 located between the hook groove 600 and the auxiliary groove has a certain deformability, so that the front end of the torsion spring 510 is conveniently installed in the hook groove 600.

The resistance portion further includes an adsorbing member provided on the surface of the air path 200 at a position on the front end side of the air hole 220, and an adsorbed member provided on the swing portion 320 at a position corresponding to the adsorbing member. Further preferably, the adsorption part is disposed on the plane 201 at a position between the third shelf 230 and the air hole 220. The adsorption component can be an adsorption magnet, a negative pressure adsorption mechanism and the like. The attracted member may correspond to an attracted magnet or a member capable of generating a magnetic force with the attracting magnet, or may be a negative pressure attracted member associated with a negative pressure attracting mechanism. In the present application, the adsorbing member is a first magnetic member disposed at the front end side of the air hole 220, the adsorbed member is a second magnetic member disposed between the light block portion 323 and the frame groove portion 321, and the second magnetic member is cylindrical. Frame slot part 321 with be formed with between the light piece portion 323 second magnetic force piece installation department, second magnetic force piece installation department has and runs through from horizontal direction and downward direction the installation cavity of installation department and set up in the fender portion of the lower mouth department of installation cavity, in order to make the face of inhaling of second magnetic force piece shows more, the horizontal width value of fender portion is as little as possible.

The first magnetic force piece and the second magnetic force piece are matched to enable the front end of the swinging part 320 to generate magnetic force, when the front end of the swinging part 320 swings upwards in the process of exhalation, the torsion spring 510 is twisted, and meanwhile, the elastic force of the torsion spring 510 enables the front end of the swinging part 320 to generate resistance downwards, so that the strength of exhalation training is increased; meanwhile, the magnetic force of the first magnetic member and the second magnetic member further strengthens the downward force of the front end of the swing portion 320, the upward force generated by expiration, the downward force generated by the torsion spring 510 and the magnetic force generate violent collision, and further brings great collision and flutter force, so that the training effect of the breathing training device is better. During inhalation, the restoring force of the torsion spring 510 and the generated magnetic force rapidly restore the swing portion 320, and the third shelf 230 makes the swing portion 320 entirely horizontal, ready for the next breathing exercise. This application adopts two kinds of resistance complex modes can also increase torsion spring 510's life, prolongs the life-span of breathing training ware.

This application respiratory training ware blows through toward exhaling mouth 210, and gaseous process air flue 200 and gas outlet let exhale vibrations swing plate and produce the luffing motion, let user's abdominal cavity produce the effect of shaking and play the sputum elimination in step. The exhaled air volume is adjusted by a six-gear exhalation adjusting valve. The expiratory force adjusts the attraction of the spring and the magnet through the expiratory force.

The above examples only express preferred embodiments of the present invention, and the description thereof is more specific and detailed, but not to be construed as limiting the scope of the utility model. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.

Claims

1. An adapter bracket, comprising: the breathing training device is provided with an air nozzle used for being fixedly inserted into an air hole of the breathing training device body, a shelf formed at the top end of the air nozzle, a first switching frame and a second switching frame formed at the two transverse sides of the shelf, wherein the first switching frame and the second switching frame are both positioned at the positions, corresponding to one end sides of the air hole, on the shelf, and the first switching frame and the second switching frame are used for switching the two sides of the swinging part of the breathing training device body on the first switching frame and the second switching frame.

2. The adaptor bracket of claim 1, wherein: the first adapter rack comprises a first adapter plate vertically arranged on one transverse side of the shelf and a first limiting plate vertically arranged on the outer side of the first adapter plate; a first V-shaped groove is formed at the top end of the first adapter plate; the first limiting plate is provided with a first inverted V-shaped groove; and on a projection plane parallel to the first transfer plate and the first limiting plate, a first rotating connecting part is formed between the groove bottom of the first V-shaped groove and the groove bottom of the first inverted V-shaped groove.

3. The adaptor bracket of claim 2, wherein: the medial surface of first limiting plate corresponds to the position department of first V-arrangement groove is formed with first slant guide slot, first slant guide slot to the inboard direction of first adapter plate is run through first limiting plate, the tank bottom of first slant guide slot towards the top direction of first limiting plate and to the outside direction of crossing gradually incline, and follow the top direction runs through first limiting plate.

4. The adaptor bracket of claim 2, wherein: first connecting portions connected with the first adapter plate are formed at two longitudinal end sides of the first limiting plate, and the first connecting portions enable the first limiting plate to be located outside the first adapter plate in parallel and form a first parallel space with the first adapter plate.

5. The adaptor bracket of claim 2, wherein: the second adapter rack comprises a second adapter plate vertically arranged on the other transverse side of the shelf and a second limiting plate vertically arranged on the outer side of the second adapter plate, and a second V-shaped groove is formed at the top end of the second adapter plate; the second limiting plate is provided with a second inverted V-shaped groove; and on a projection plane parallel to the second adapter plate and the second limiting plate, a second rotary connecting part for the rotary connection of the swinging part is formed between the groove bottom of the second V-shaped groove and the groove bottom of the second inverted V-shaped groove.

6. The adaptor bracket of claim 5, wherein: the inner side face of the second limiting plate is provided with a second oblique guide groove at a position corresponding to the second V-shaped groove, the second oblique guide groove penetrates through the second limiting plate towards the inner side direction of the second adapter plate, the groove bottom of the second oblique guide groove gradually inclines towards the top end direction of the second limiting plate and towards the transverse outer side direction, and the top end direction penetrates through the second limiting plate.

7. The adaptor bracket of claim 5, wherein: and second connecting parts connected with the second adapter plate are formed at two longitudinal end sides of the second limiting plate, and the second connecting parts enable the second limiting plate to be positioned outside the second adapter plate in parallel and form a second parallel space with the second adapter plate.

8. The adaptor bracket of any one of claims 5 to 7, wherein: the shelf is provided with a first side wall and a second side wall which are formed on two transverse sides of the shelf, the first side wall is integrally formed at the front end of the first transfer plate, and the first side wall and the inner side surface of the first transfer plate are positioned on the same plane; the second side wall is integrally formed at the front end of the second adapter plate and is positioned on the same plane with the second adapter plate; the first side wall, the first adapter plate, the shelf, the second side wall and the second adapter plate are integrally formed into a storage rack with a U-shaped cross section.

9. A breath trainer body, comprising:

an air vibration generating component, wherein the air vibration generating component is provided with an inserting part movably inserted into the air hole and a swinging part connected with the top end of the inserting part far away from the air hole, the swinging part is rotatably fixed outside the surface through the switching bracket of any one of claims 1 to 8, and the two transverse sides of the swinging part are rotatably connected to the first switching bracket and the second switching bracket of the switching bracket;

a resistance member interposed between the swing portion and the air passage.

10. The respiratory trainer body as claimed in claim 9, wherein: the cross-sectional area of air flue is less than the cross-sectional area of exhaling the mouth, the rear end of exhaling the mouth be formed with to the air flue direction draw in order with the transition connecting portion of air flue intercommunication, transition connecting portion make exhale the mouth inner chamber to the air flue direction reduces gradually, thereby makes the process transition connecting portion flow in the gaseous pressure grow in the air flue.