TWM617072U - Intubation model - Google Patents

Abstract

An intubation model includes a head and neck model body and an observation opening. The head and neck model body has a nose, a mouth, a neck that simulates a human body, a tracheal simulation channel and an esophagus simulation channel communicating with the nose and the mouth and located in the neck. The observation opening is at least arranged on the neck of the head and neck model body, and the tracheal simulation channel and the esophagus simulation channel are exposed in the observation opening.

Description

Intubation model

The present invention relates to an intubation model, in particular to an intubation model with an observation opening.

Physicians or nurses often encounter patients who need intubation or tracheotomy at the rescue site. If they neglect to practice, it is easy to cause medical errors and cause medical disputes.

Therefore, there are currently intubation models for physicians and nurses to practice intubation, but the existing intubation models cannot see the actual position of the tube when it is inserted into the human body, making it difficult to know whether it is inserted correctly during practice. s position.

Therefore, the object of the present invention is to provide an intubation model with an observation opening so that the user can observe whether the tube is inserted in the correct position.

Therefore, in some embodiments, the new intubation model includes a head and neck model body and an observation opening. The head and neck model body has a nose, a mouth, a neck, and the nose and The mouth is connected to a tracheal simulation channel and an esophagus simulation channel located in the neck, the observation opening is at least provided in the neck of the head and neck model body, and the trachea simulation channel and the esophagus simulation channel are exposed at the observation opening .

In some embodiments, the viewing opening is located on the side of the neck.

In some embodiments, the head and neck model body further has a cheek, and the observation opening extends from the side of the neck to the cheek.

In some embodiments, the nose and the mouth each have at least one opening, and the openings are connected to the tracheal simulation channel and the esophagus simulation channel.

In some embodiments, the head and neck model body further has a larynx and a tracheostomy hole arranged at the larynx and communicating with the tracheal simulation channel.

In some embodiments, the body of the head and neck model is integrally formed.

The present invention has at least the following functions: the body of the head and neck model by the intubation model of the present invention has the nose, the mouth, and the tracheal simulation channel and the esophagus simulation channel connecting the nose and the mouth. , The user can practice intubation, and then by setting at least the observation opening in the neck of the head and neck model body, the tracheal simulation channel and the esophagus simulation channel are exposed in the observation opening, so that the user can observe whether the tube is Insert in the correct position

Referring to FIGS. 1 to 2, an embodiment of the intubation model 100 of the present invention. The intubation model 100 includes a head and neck model body 1 and an observation opening 2.

In this embodiment, the intubation model 100 is, for example, made by 3D printing, but it is not limited to this embodiment, and the intubation model 100 in this embodiment does not have eyes or more than eyes. The body below the head and the neck, therefore, compared with the existing intubation model, this embodiment can maximize the reduction in volume, weight and portability.

The head and neck model body 1 has a nose 11, a mouth 12, a neck 13, a cheek 14, and a trachea communicating with the nose 11 and the mouth 12 and located in the neck 13 that simulates a human body The analog channel 15 and an esophagus analog channel 16 are integrally formed. As shown in FIG. 1, the tracheal simulation channel 15 is located on the front side of the neck 13, and the esophagus simulation channel 16 is located on the back side of the neck 13 to actually simulate the position of the human esophagus and trachea. In this embodiment, the nose 11 has two openings 111 that simulate nostrils, and the mouth 12 has an opening 121 that simulates the oral cavity. The openings 111, 121 are connected to the tracheal simulation channel 15 and the esophagus. The simulation channel 16 is connected to simulate an actual human body.

The observation opening 2 is at least provided on the neck 13 of the head and neck model body 1. For example, in this embodiment, the observation opening 2 extends from the side of the neck 13 to the cheek 14 so that the trachea The simulation channel 15 and the esophagus simulation channel 16 are exposed in the observation opening 2, so that the user can observe whether the inserted tube extends into the tracheal simulation channel 15 or the esophagus simulation channel 16 during practice, thereby adjusting the intubation The direction and strength of time.

In this embodiment, the observation opening 2 only extends from the side of the neck 13 to the cheek 14. Therefore, the user can observe the tube while maintaining the better integrity of the head and neck model body 1. Whether it is inserted into the tracheal analog channel 15 or the esophagus analog channel 16 correctly. Compared with the large observation opening 2, such as the observation opening 2 extending from the side of the neck 13 to the face or top of the head and neck model body 1, there is no way to simulate the actual intubation situation more realistically.

In particular, in this embodiment, the head and neck model body 1 also has a throat 17 that simulates a human body and a tracheal hole 18 disposed on the throat 17 and communicating with the tracheal simulation channel 15. The tracheostomy hole 18 can be inserted into the tracheostomy tube, so that the user can use the head and neck model body 1 to perform the practice of setting the tracheostomy tube.

In summary, the head and neck model body 1 of the new intubation model 100 has the nose 11, the mouth 12, and the tracheal simulation channel 15 connecting the nose 11 and the mouth 12 to simulate a human body. And the esophagus simulation channel 16, users can practice intubation (such as nasogastric tube, sputum suction tube, tracheal tube, endotracheal tube, etc., which require intubation from the patient’s oral cavity, nasal cavity, and airway), and at least The observation opening 2 of the neck 13 of the head and neck model body 1 is provided for the tracheal simulation channel 15 and the esophagus simulation channel 16 to be exposed, so that the user can observe whether the tube is inserted in the correct position, Therefore, it is indeed possible to achieve the effect that the user in this case can observe whether the pipe is inserted in the correct position.

However, the above are only examples of the present model, and should not be used to limit the scope of implementation of the present model, all simple equivalent changes and modifications made in accordance with the patent scope of the present model application and the contents of the patent specification still belong to This new patent covers the scope.

1: Head and neck model body 11: Nose 111: Hole 12: Mouth 121: open hole 13: neck 14: Gills 15: Tracheal analog channel 16: Esophageal analog channel 17: Throat 18: tracheal hole 2: Observe the opening 100: Intubation model

The other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, among which: Figure 1 is a schematic front view of an embodiment of the intubation model of the present invention; Figure 2 is a schematic top view of the embodiment; and Fig. 3 is a schematic front view of the embodiment.

1: Head and neck model body

11: Nose

12: Mouth

13: neck

14: Gills

15: Tracheal analog channel

16: Esophageal analog channel

17: Throat

18: tracheal hole

2: Observe the opening

100: Intubation model

Claims (5)

An intubation model including: A head and neck model body with a nose, a mouth, a neck that simulates a human body, a tracheal simulation channel and an esophagus simulation channel communicating with the nose and the mouth and located in the neck; and An observation opening is provided at least on the neck of the head and neck model body, and the tracheal simulation channel and the esophagus simulation channel are exposed in the observation opening. The intubation model according to claim 1, wherein the observation opening is located on the side of the neck. The intubation model according to claim 2, wherein the head and neck model body further has a cheek, and the observation opening extends from the side of the neck to the cheek. The intubation model according to claim 1, wherein the nose and the mouth each have at least one opening, and the openings are connected with the tracheal simulation channel and the esophagus simulation channel. The intubation model according to claim 1, wherein the head and neck model body further has a larynx, and a tracheal hole arranged at the larynx and communicating with the tracheal simulation channel.

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