TWM619146U - Respiratory training device - Google Patents

Abstract

A breathing exerciser includes a base body, a tube body and a float ball, wherein the seat system is in the shape of a transparent funnel with an inverted cone-shaped cylinder body and a tubular funnel mouth extending from the bottom of the cylinder body, The tube system is L-shaped and has a short section and a long section. The end of the short section can be inserted into the funnel mouth. The floating ball is set in the cylinder of the seat, and can be suspended above the seat by the patient slowly blowing into the tube; thereby, the pain during training of patients with thoracic trauma can be reduced, and Those who enable it to maintain training continuously, thereby enhancing the effect of breathing training.

Description

Breath training device

This creation is a technical field related to the structure of breathing training devices, especially a breathing training device that can reduce the pain of chest trauma patients during training, so that they can continue to maintain training, and then improve the effect of breathing training.

General respiratory training can prevent or improve lung insufficiency caused by chest and abdomen surgery, increase lung capacity, improve oxygenation, promote the loosening and elimination of respiratory secretions, maintain and improve thoracic mobility, so as to reduce complications after thoracic and abdominal surgery It happened. At present, the common breathing training device used for breathing training, as shown in the technical content of Taiwan Announcement No. M563885 and M599657 Patent, is mainly for the patient to inhale slowly and deeply to make the float gradually rise. Expand the lungs, hold for another 2~3 seconds, then leave the mouthpiece and exhale slowly, repeat the action for training.

However, it is more difficult for patients with rib fractures to use inhalation to raise the float and stay for a period of time. Therefore, it is easy to cause frustration and give up training. In particular, the expansion of the lungs when inhaling laboriously can easily affect the wound and cause severe pain, causing patients to regard breathing training as a daunting way, and therefore seriously affecting the effect of breathing training. Moreover, the price of the conventional breathing exerciser is relatively expensive, and the cleaning is also relatively inconvenient.

The main purpose of this creation is to solve the problem of the conventional breathing training device that requires laborious inhalation and is easy to cause strong pain, so that patients can easily regard breathing training as a daunting way and give up training, as well as expensive, difficult to clean, etc. Many problematic people.

This creation provides a breathing training device, which includes a body, a tube body and a floating ball. Wherein, the seat system is in the shape of a transparent funnel, which has an inverted cone-shaped cylinder and a tubular funnel mouth extending from the bottom of the cylinder. The tube system is L-shaped and has a short section and a long section. The end of the short section can be inserted into the funnel mouth, and the end of the long section can be used for a patient's mouth to hold the air. The floating ball is arranged in the cylindrical body of the seat body, and can be suspended above the seat body by slowly blowing air into the tube body by the patient.

The breathing exerciser provided by this creation uses the patient to take a deep breath and exhale slowly from the tube to suspend the floating ball in the seat to achieve the purpose of training. Therefore, the patient inhales to make the lungs The force and time of expansion can be completely controlled by oneself in a state sufficient to withstand it. Therefore, there will be no excessive inhalation to affect the wound and cause severe pain, and when the float is suspended by exhalation, it will not affect the wound. Pain, so there will be no severe pain during the overall training, so the patient will not be afraid of training, and then the breathing training can have a good effect. In particular, the overall structure is very simple, the cost is very low, and the whole can be easily disassembled, and the cleaning is also relatively easy and convenient.

10: Seat

11: Cylinder

12: funnel mouth

13: Joint

20: Tube body

21: short paragraph

22: Long section

30: Float

40: net cover

50: timer

[Figure 1] is a three-dimensional exploded schematic diagram of this creation.

[Figure 2] is a schematic diagram of the three-dimensional combination of this creation.

[Figure 3] is an enlarged schematic diagram of the cross-section of this creation.

[Figure 4] is another embodiment of this creation.

Please refer to Figures 1 to 3, which show that the breathing exerciser described in this creation includes a base body 10, a tube body 20, a floating ball 30 and a net cover 40, in which:

The seat body 10 is in the shape of a transparent funnel. It has an inverted cone-shaped cylinder body 11 and a tubular funnel mouth 12 extending from the bottom of the cylinder body 11. The upper edge of the cylinder body 11 is convexly provided with a joint part 13. The joint 13 is provided with a plurality of external threads.

The tube body 20 is L-shaped and has a short section 21 and a long section 22. The end of the short section 21 can be inserted into the funnel mouth 12, and the end of the long section 22 can be used for a patient Hold the blow in his mouth. In this creation, the tube body 20 can be a bendable straw commonly available in the market.

The floating ball 30 is set in the cylinder 11 of the seat body 10 and can be suspended above the seat body 10 by slowly blowing air into the tube body 20 by the patient. In this creation, the floating ball 30 may be a fluffy ball.

The net cover 40 is a net-shaped cover, and the inner bottom edge is provided with internal threads for screwing on the joint 13 of the seat body 10 to prevent the floating ball 30 from falling out.

In this way, when the breathing exerciser described in this creation is used, the patient needs to slowly and deeply take a deep breath according to his own condition, and then slowly exhale it from the tube body 20, so that the float 30 in the seat body 10 is therefore The air is suspended for a period of time, and the above actions are repeated in this way to achieve the effect of breathing training. Moreover, by observing the floating time of the floating ball 30, the effect of training can be intuitively understood, and thereby the patient's interest can be enhanced.

Please refer to FIG. 4, which is another embodiment of the breathing exerciser described in this creation. Its structure is roughly the same as that of the above-mentioned embodiment. The only difference is that this embodiment further includes a timer. The timer 50 is set between the funnel mouth 12 of the base body 10 and the short section 21 of the tube body 20, and can detect the duration of the gas blown into the base body 10 from the tube body 20 And show it.

The breathing exerciser provided by this creation is achieved by the patient taking a deep breath of their own accord and then slowly exhaling it from the tube body 20 to suspend the floating ball 30 in the seat body 10 to achieve the purpose of training. Therefore, the patient inhales The force and time to expand the lungs can be completely controlled by oneself in a state sufficient to withstand, so there will be no severe pain caused by excessive inhalation of the wound, and it will not be when the float 30 is suspended by exhalation. The wound is affected by pain, so there will be no severe pain during the overall training, so the patient will not be afraid of training, and the breathing training can have a good effect. In particular, the overall structure is very simple and the cost is very low, and the tube body 20 can also be replaced by a common bendable straw on the market, which can save cost and is more hygienic. Furthermore, the whole can be easily disassembled, and cleaning is easier and more convenient.

10: Seat

11: Cylinder

12: funnel mouth

13: Joint

20: Tube body

21: short paragraph

22: Long section

30: Float

40: net cover

Claims (6)

A breathing training device, which includes: A base, which is in the shape of a transparent funnel, has an inverted cone-shaped cylinder and a tubular funnel mouth extending from the bottom of the cylinder; A tube body, L-shaped, with a short section and a long section, the end of the short section can be inserted into the funnel mouth, and the end of the long section can be used for a patient's mouth to hold the inhalation ;as well as A floating ball is arranged in the cylinder of the seat body, and can be suspended above the seat body by slowly blowing air into the tube body by the patient. The breathing exerciser according to claim 1, further comprising a net cover, which is a net-shaped cover body, and is combined with the cover on the seat body to prevent the floating ball from falling out. The breathing exerciser according to claim 2, wherein the upper edge of the cylinder is protrudingly provided with a coupling part, the coupling part is provided with a plurality of external threads, and the inner bottom edge of the net cover is provided with a plurality of internal threads for Screwed on the joint part. The breathing exerciser according to claim 1, further comprising a timer, the timer is set between the funnel mouth of the base and the short section of the tube, and it can detect the blowing from the tube The duration of the gas in the seat. The breathing exerciser according to claim 1, wherein the tube system is a bendable straw. The breathing exerciser according to claim 1, wherein the floating ball is a fluffy ball.

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