JP3135620U - Portable goggles with oxygen cylinder - Google Patents

Abstract

Provided is a portable oxygen cylinder-equipped goggles that allows a breathing method of sucking oxygen from the nose and discharging carbon dioxide from the nose and mouth so that a person breathes on land.
A goggle, a nose cover that is integrally attached to the goggle, forms a sealed space between the face and at least the periphery of the nose in a liquid-tight manner, and the nose. The cover 12 has a portable oxygen cylinder 15 for supplying oxygen via a hose 14.
[Selection] Figure 1

Description

  The present invention relates to a goggle with a portable oxygen cylinder used when swimming underwater.

  In recent years, underwater swimming has gained popularity in the leisure industry in resort areas. This underwater swimming is generally referred to as snorkeling, and is enjoyed by observing creatures that inhabit the water from the surface and underwater using goggles (glasses for preventing wind and ultraviolet rays) and a snorkel.

  Due to this recent popularity, what is required for underwater swimming is to provide safe, inexpensive and simple tools that can be used by many people, from children to adults. Therefore, in Patent Document 1, one end of the snorkel is held in the mouth, the other end is placed on the surface of the water, and by maintaining this state, breathing is possible even with the face on the surface of the water. An object that can observe a living creature is disclosed.

  Further, this Patent Document 1 discloses a snorkel in which a check valve for taking in outside air is provided between an outside air intake portion that takes in outside air and a breathing chamber portion that stores the outside air, and that allows only flow in the direction of the breathing chamber portion. Has been.

And using this snorkel and goggles, the user puts the end of the snorkel in his mouth, repeats inspiration and exhalation during swimming, stops breathing during diving, swims and breathes the snorkel above the water surface It is designed to discharge water contained in the snorkel.
No. 8-2074

However, in patent document 1, when the user's physical strength falls in water and the force to exhale is weak, it is possible that a user will inhale water accidentally.
Usually, when a person breathes, he sucks oxygen from his nose and discharges carbon dioxide from his nose and mouth. This operation is repeated unconsciously. However, when using a snorkel in water, you must consciously perform a breathing method that is the opposite of the above breathing method. That is, a breathing operation must be performed in which air is sucked from the mouth and breathed out from the nose. This requires training. Therefore, since it is different from the normal way of breathing, there is a risk of inhaling water by mistake.

  Further, in Patent Document 1, it is described above that the system is designed to stop and breathe during diving, and when sniffing, the snorkel is put on the surface of the water and the water contained in the snorkel is discharged. Is exhausting the health.

  It should be noted that exhausting physical strength is not limited to snorkeling in water, but the same can be said for example in a fire place. Moreover, when evacuating at the initial stage of a fire, it is convenient to have a simple device that protects the eyes from smoke and secures visibility.

  Therefore, in view of the above situation, an object of the present invention is to provide a portable oxygen cylinder goggles that can be used as a breathing method in which a person normally breathes on land, in water and on land where normal breathing cannot be performed. It is.

  A goggle, a nose cover that is integrally attached to the goggle, and at least the periphery of the nose is in liquid tight contact with the face to form a sealed space between the face and a hose in the nose cover A portable oxygen cylinder for supplying oxygen was used.

Preferably, the nose cover is made of hard plastic or glass.
Preferably, the goggles are provided with a length-adjustable elastic belt.

Preferably, a connection means for connecting the nose cover and the hose is provided.
Preferably, the nose cover is configured to form a sealed space around the nose and the mouth.

  According to the present invention, a breathing method that allows a person to breathe on land can be underwater and on land where normal breathing cannot be performed, so that it is possible to breathe naturally even on land where water and normal breathing cannot be performed. Become. That is, even a beginner can enjoy underwater swimming in the water, and can assist the user's breathing on land where normal breathing cannot be performed.

Hereinafter, the portable oxygen cylinder goggles according to the embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a perspective view showing a goggle with a portable oxygen cylinder according to the present embodiment. FIG. 2 is a diagram showing a state in which the goggles with portable oxygen cylinders according to the present embodiment are mounted. In FIG. 1, a goggle 10 is composed of a lens part 11 that secures a field of view and covers the eyes, a nose cover 12 that secures nasal breathing and covers the nose, and a band part 13 for wearing on the head. Yes.

  The nose cover 12 is provided with a joint member 16 into which a hose 14 for supplying oxygen from a portable oxygen cylinder 15 is inserted. A hole for inserting the joint member 16 communicated with the hose 14 is formed in the bottom surface portion of the nose cover 12. The joint member 16 inserted into the hole and the nose cover 12 may be bonded by an adhesive or welding. The nose cover 12 is preferably made of hard plastic or glass.

  By being formed in this way, it is possible to prevent shrinkage or deterioration due to a change in pressure in water. The nose cover 12 is liquid-tightly adhered to the face, and a sealed space is formed between the nose cover 12 and the face.

  And since the oxygen from the portable oxygen cylinder 15 is supplied to this sealed space, the user can perform nasal breathing even in water. That is, oxygen may be sucked from the nose and breathed out from the mouth.

  In addition, an elastic belt whose length can be adjusted is preferably used for the band portion 13. When the user wears the goggles 10, the lens unit 11 and the nose cover 12 can be more closely worn by adjusting the length to an appropriate length. Further, the hose 14 is connected to the injection valve 17 of the portable oxygen cylinder 15, and for example, a rubber tube may be used.

As a result, when it becomes difficult to breathe even during diving, if the injection valve 17 of the portable oxygen cylinder 15 is pushed, oxygen is directly supplied to the nose through the hose 14, so that the user can naturally feel the same as the breathing method on land. Breathing is possible. And since there is no need to hold the mouthpiece in the mouth, it is possible to exhale directly from the mouth.

  Thus, by supplying oxygen to the nose cover 12, air can be taken in from the nose when inhaling, and since snorkel is not given to the mouth when exhaling, it can be exhaled from the mouth. In other words, a breathing method in which a person normally inhales from the nose and exhales from the mouth as if breathing on land is possible.

  Moreover, if this method is used, the user can continuously perform diving swimming. Therefore, since the user does not repeat the operation of diving and exiting, the user can enjoy swimming underwater without consuming physical strength as compared with the conventional method. In particular, when a person who is diving underwater, such as an princess, does not repeat operations such as diving and going out, efficient fishing can be performed.

  In addition, although this Embodiment demonstrated the usage method in water, it is not restricted to this, For example, it can be used also on land (fire place etc.) which cannot perform normal respiration. Even in such a case, the evacuation route can be visually observed by securing the field of view by protecting the eyes with the lens unit 11, the nose cover 12 covers the nose, and the nose cover 12 is covered with a portable oxygen cylinder. By supplying oxygen from 15, the user's breathing can be assisted.

  In addition, the capacity | capacitance of this portable oxygen cylinder 15 is not limited in a shape and capacity | capacitance, The thing of the shape and capacity | capacitance suitable for a user can be used. For example, commercially available portable oxygen cylinders have various shapes and capacities, but in the present embodiment, most commercially available oxygen cylinders can be used. That is, it is easy to obtain because it can be obtained at a low price for the user. In addition, since there is no need for heavy equipment and licenses such as diving, everyone can use it from children to adults.

  Moreover, although this Embodiment demonstrated the case where the nose part cover 12 had covered the circumference | surroundings of the nose, it is not restricted to this. For example, it may cover the periphery of the nose and mouth so that oxygen can be sucked from the nose and mouth. This makes it easy to use for those who have never been trained or for children.

  According to the present embodiment, by supplying oxygen to the inside of the nose cover 12, a breathing method in which a person normally breathes on land is also possible in water and on land where normal breathing cannot be performed. It becomes. In addition, it is possible to breathe naturally even underwater and on land where normal breathing is not possible. In water, it is possible to prevent the occurrence of water accidents, and on land where normal breathing is not possible, Can assist.

Perspective view showing goggles with portable oxygen cylinder The figure which showed the state where wearing goggles with portable oxygen cylinder

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Goggles 11 Lens part 12 Nose part cover 13 Band part 14 Hose 15 Portable oxygen cylinder 16 Joint member 17 Injection valve

Claims (5)

With goggles,
A nose cover that is integrally attached to the goggles, and at least the periphery of the nose is in liquid-tight or air-tight contact with the face to form a sealed space with the face;
A portable oxygen cylinder for supplying oxygen into the nose cover through a hose,
A goggle with a portable oxygen cylinder. The nose cover is made of hard plastic or glass,
The goggles with a portable oxygen cylinder according to claim 1. The goggle is provided with an adjustable elastic belt.
The goggles with a portable oxygen cylinder according to claim 1. Connection means for connecting the nose cover and the hose is provided,
The goggles with a portable oxygen cylinder according to claim 1. The nose cover is formed by forming a sealed space around the nose and mouth,
The goggles with a portable oxygen cylinder according to claim 1.

Images