KR102314961B1 - Snorkeling Mask For Maximum Air Intake - Google Patents

Abstract

The present invention relates to a functional snorkeling mask for the maximum air intake, comprising: a front surface cover unit made in a three-dimensional shape, and forming a front surface, and having a filter mounting unit around the mouth of a user; a water inflow prevention unit including a prefabricated filter assembled with the filter mounting unit, and a prefabricated stopper detachably engaged with the filter mounting unit with the prefabricated filter in the middle, and allowing the user to breathe out but preventing the water from being introduced into the front surface cover unit through the filter mounting unit; a rear surface cover unit forming a space to come in contact with the face of the user, and engaged with the front surface cover unit on a rear surface of the front surface cover unit, and including a first breathing-in flow path and a first breathing-out flow path forming a path where breathing-in and breathing-out processes are conducted in the space between itself and the front surface cover unit; a cover connection unit connected to and integrated with the front surface cover unit and the rear surface cover unit by being placed between the front surface cover unit and the rear surface cover unit; and a functional snorkel connected to a breathing duct of the rear surface cover unit by the medium of the cover connection unit, and including a second breathing-in path communicating with the first breathing-in flow path and a second breathing-out flow path communicating with the first breathing-out flow path, and making the maximum air to be inhaled.

Description

Functional snorkeling mask that allows maximum air intake {Snorkeling Mask For Maximum Air Intake}

The present invention relates to a functional snorkeling mask capable of maximum inhalation of air, and more particularly, since it is assembled and formed in an efficient structure, partial maintenance is possible. It relates to a functional snorkeling mask that allows maximum inhalation of air, allowing you to enjoy snorkeling while breathing comfortably.

Snorkeling is a kind of leisure sport that allows you to enjoy underwater tourism at a depth of about 5m from the surface with only simple equipment.

Snorkeling is a leisure activity that many people enjoy because it can be easily learned by anyone regardless of age or physical strength without the need for separate diving skills or swimming skills.

In snorkeling, you can enjoy diving in a shallow place of about 5m or less, wearing only simple equipment such as fins, snorkel, goggles, and a mask, or immerse your face in the water without raising your head from the surface. It can be breathed using a snorkel while soaking, so anyone can easily access it.

In addition, since you can breathe freely through the snorkel, it does not consume much stamina even if you are floating in the water for a long time.

1 is a diagram of a typical snorkeling mask.

Referring to this figure, a conventional snorkeling mask (or snorkeling equipment) includes goggles 11 and a snorkel 21 , and a connection part 30 connecting the goggles 11 and the snorkel 21 . One end of the snorkel 21 is exposed to the mouth, and the other end is exposed above the water surface.

Although the snorkel mask as shown in FIG. 1 is the most commonly encountered in the vicinity and is also the most widely used, the conventional snorkel mask of FIG. Considering that this can be inconvenient, the need for a new concept snorkeling mask to compensate for this is emerging.

Korean Intellectual Property Office Application No. 20-2016-006201

The object of the present invention is that partial maintenance is possible because it is assembled and formed in an efficient structure, and in particular, the amount of inhaled air is significantly higher than before, so that you can enjoy snorkeling while breathing comfortably in the water for a long time. To provide a functional snorkeling mask.

The object is made in a three-dimensional shape, forming a front surface, the front cover portion is formed around the mouth filter mounting portion; A filter for assembling assembled to the filter mounting unit, and a stopper for assembling detachably coupled to the filter mounting unit with the filter mounting unit interposed therebetween, exhalation is possible, but water into the front cover unit through the filter mounting unit a water inflow prevention unit that prevents the inflow; A first inhalation flow path and a first exhalation flow path that form a place where the face is in close contact and are coupled to the front cover part from the rear surface of the front cover part, and form a path for inhalation and exhalation between the space with the front cover part a rear cover portion having a breathing duct provided; a cover connection part connected to the front cover part and the rear cover part as one body between the front cover part and the rear cover part; and a second inhalation passageway communicating with the first inhalation passageway connected to the breathing duct of the rear cover portion via the cover connecting portion, and a second expiration passageway communicating with the first expiration passageway are partitioned and formed by suction It is achieved by a functional snorkeling mask capable of maximum inhalation of air, characterized in that it includes a functional snorkel that allows the maximum amount of air to be drawn out.

The filter mounting portion is manufactured in a form that is recessed toward the rear cover portion than other areas of the front cover portion, and a central assembly hole and a plurality of breathing holes formed radially along the periphery of the central assembly hole are formed larger than the central assembly hole. A long hole and a plurality of assembly bosses formed around the plurality of long holes for breathing, wherein the assembly filter is formed to be larger than the combined area of the central assembly hole and the plurality of long holes for breathing, and the central assembly hole and a filter cover unit covering the plurality of long holes for breathing; an assembly pin formed to protrude from the central region of the filter cover and inserted into the central assembly hole; a front flange formed on the assembly pin adjacent to the filter cover and disposed on the front surface of the front cover in which the central assembly hole is formed; and an inclined assembling flange that is spaced apart from the front flange, is disposed on the rear surface of the front cover in which the central assembly hole is formed and is fixed, and is inclined in a direction in which the assembling pin is inserted, for the assembly The stopper, the stopper body; a stopper plate formed in the stopper body and having a plurality of ventilation holes formed therein; and a plate holder for fixing the closure plate to the closure body.

The cover connecting portion may include a cover frame assembled to the front cover portion and the rear cover portion; Doedoe provided in the cover frame, the duct connecting portion for supporting the breathing duct and the functional snorkel by prefabrication; a ring portion integrally formed with the cover frame; And it may include a pair of dummy flanges arranged in a pair on both sides based on the ring portion and having a through hole formed in the plate surface.

The duct connection portion may include a fixed connection portion provided integrally with the cover frame; and a movable connection part detachably coupled to the fixed connection part and supporting the breathing duct and the functional snorkel by prefabricated connection with the fixed connection part, and the inner surface of the fixed connection part and the movable connection part is for the breathing A flange support jaw for supporting the assembly flange of the duct is formed, and a hook protrusion may be formed on outer surfaces of the fixed connection part and the movable connection part.

The functional snorkel may include: a snorkel body having the second inhalation passageway and the second exhalation passageway formed therein; a hook engaging part formed on one side of the snorkel body and coupled to the hook protrusion of the duct connection part; a partition wall provided in the snorkel body and partitioning the inside of the snorkel body into the second inhalation passageway and the second expiration passageway; a plurality of slots for air entry and exit formed in the end region of the snorkel body through which air enters and exits; and a shielding member provided to be movable in the snorkel body and selectively shielding the plurality of slots for air entry and exit.

A plurality of first through holes are formed in the rear cover portion, a plurality of fastening pins fastened to the first through holes are formed in the front cover portion, and an enclosed space formed between the rear cover portion and the front cover portion is formed in the rear cover portion. A plurality of stoppers for adjusting the opening degree for adjusting the opening degree of the closure may be coupled, a plurality of buckles to which a hook string is connected may be formed on the rear cover part, and a buckle coupling band for coupling with the buckle may be formed on the cover frame of the cover connection part. .

According to the present invention, since it is assembled and formed in an efficient structure, partial maintenance is possible, and in particular, the amount of inhaled air is significantly higher than before, so that you can enjoy snorkeling while breathing comfortably in the water for a long time.

1 is a structural diagram of a general snorkeling mask.
2 is a front view of a functional snorkeling mask according to an embodiment of the present invention.
3 to 5 are perspective views illustrating FIG. 2 from different angles.
6 is an exploded perspective view of FIG. 2 .
7 is a rear perspective view of FIG. 6 ;
FIG. 8 is a view showing FIG. 7 from another angle.
9 is an exploded view of area A of FIG. 6 .
10 is a rear perspective view of the filter for assembly.
11 is a perspective view of a plug for assembly;
12 is an enlarged perspective view of a rear cover part;
13 is a perspective view of a functional snorkel;
FIG. 14 is a partial cross-sectional structural view of FIG. 13 .
15 is a front view of a functional snorkeling mask according to another embodiment of the present invention.

Advantages and features of the present invention, and methods for achieving them, will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms.

In the present specification, the present embodiment is provided to complete the disclosure of the present invention, and to completely inform those of ordinary skill in the art to which the present invention pertains to the scope of the present invention. And the invention is only defined by the scope of the claims.

Accordingly, in some embodiments, well-known components, well-known operations, and well-known techniques have not been specifically described to avoid obscuring the present invention.

Like reference numerals refer to like elements throughout. And the terms used (referred to) herein are for the purpose of describing the embodiments and are not intended to limit the present invention.

In this specification, the singular form also includes the plural form unless otherwise specified in the written word. In addition, elements and operations (acts) referred to as 'include (or include)' do not exclude the presence or addition of one or more other elements and operations.

Unless otherwise defined, all terms (including technical and scientific terms) used herein may be used with the meaning commonly understood by those of ordinary skill in the art to which the present invention belongs.

Also, terms defined in commonly used dictionary are not to be interpreted ideally or excessively unless defined.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

Figure 2 is a front view of a functional snorkeling mask according to an embodiment of the present invention, Figures 3 to 5 are perspective views showing Figure 2 from another angle, Figure 6 is an exploded perspective view of Figure 2, Figure 7 is the back of Figure 6 A perspective view, FIG. 8 is a view showing FIG. 7 from a different angle, FIG. 9 is an exploded view of area A of FIG. 6, FIG. 10 is a rear perspective view of the filter for assembly, FIG. 11 is a perspective view of a plug for assembly, FIG. 12 is a rear cover An enlarged perspective view of a part, FIG. 13 is a perspective view of a functional snorkel, and FIG. 14 is a partial cross-sectional structural view of FIG. 13 .

Referring to these drawings, since the functional snorkeling mask 100 according to this embodiment is assembled and formed in an efficient structure, partial maintenance is possible. To enjoy snorkeling.

Functional snorkeling mask 100 capable of maximally inhaling air according to this embodiment that can provide such an effect is a front cover part 110 , a rear cover part 150 , a cover connection part 160 and a functional snorkel 170 ). may include. Of course, some of the other components are disassembled, but it is considered appended to the above components.

As such, the functional snorkeling mask 100 according to this embodiment consists of a front cover part 110 , a rear cover part 150 , a cover connection part 160 and a functional snorkel 170 , and is manufactured by assembling these parts. There is an advantage that it is possible to maintain and clean it easily.

The front cover part 110 is a part that covers the front of the wearer's face. Transparent or translucent goggles 110a that can see the front are formed around the eyes. The lower part of the goggles 110a forms a 3D three-dimensional shape to cover the wearer's nose and mouth.

A filter mounting part 111 is formed around the mouth of the front cover part 110 . The filter mounting unit 111 is coupled with a water inflow prevention unit 120 that allows exhalation but prevents water from flowing into the front cover unit 110 through the filter mounting unit 111 .

The water inflow prevention unit 120 includes a filter 130 for assembly assembled to the filter mounting unit 111 and a plug 140 for assembling detachably coupled to the filter mounting unit 111 with the assembling filter 130 interposed therebetween. ) may be included. Since the assembly filter 130 and the assembly stopper 140 are prefabricated, there is an advantage that they can be easily replaced when parts are damaged.

Learn about the structure of the filter mounting part 111 to which the assembly filter 130 and the assembly stopper 140 are assembled.

The filter mounting part 111 is manufactured in a shape that is recessed toward the rear cover part 150 rather than other areas of the front cover part 110, and is formed radially along the periphery of the central assembly hole 113 and the central assembly hole 113. It includes a plurality of long holes 114 for breathing that are formed larger than the central assembly hole 113 and a plurality of assembling bosses 115 formed around a plurality of long holes 114 for breathing.

The filter 130 for assembly assembled to the filter mounting part 111 includes a filter cover part 131 . The filter cover part 131 is formed larger than the combined area of the central assembly hole 113 and the plurality of breathing long holes 114 and serves to cover the central assembly hole 113 and the plurality of breathing long holes 114 . .

An assembly pin 132 is formed in the central region of the filter cover part 131 . The assembly pin 132 is formed to protrude from the central region of the filter cover part 131 and is coupled to be inserted into the central assembly hole 113 . The front flange 133 and the inclined assembly flange 134 are formed on the assembling pin 132 .

The front flange 133 is formed on the assembly pin 132 adjacent to the filter cover part 131 and is disposed on the front side of the front cover part 110 in which the central assembly hole 113 is formed.

In addition, the inclined assembly flange 134 is spaced apart from the front flange 133 , and is disposed and fixed on the rear surface of the front cover part 110 in which the central assembly hole 113 is formed, and the assembly pin 132 is inserted. It is a part that is inclined along the direction of being.

As such, when the front flange 133 and the inclined assembly flange 134 are formed to be spaced apart from the assembly pin 132 , and the assembly pin 132 is inserted into the central assembly hole 113 , the front flange 133 and the inclined assembly are assembled. The filter 130 for assembly can be easily assembled because the flange 134 is in a shape to be fitted into the thick flesh of the central assembly hole 113 .

The stopper for assembly 140 includes a stopper body 141 and a stopper plate 142 formed in the stopper body 141 and having a plurality of ventilation holes 142a formed therein, and the stopper plate 142 with the stopper body 141 . It may include a plate holder 143 for fixing to.

The rear cover part 150 is a part that forms a place where the face is in close contact and is coupled to the front cover part 110 from the rear surface of the front cover part 110 .

The rear cover part 150 has a breathing duct 151 is formed, the breathing duct 151 has a first inhalation flow path (151a) that forms a path between the front cover part 110 and the space between the inhalation and the exhalation. And the first exhalation passage (151b) is formed.

At this time, the first inhalation flow path (151a) and the first exhalation flow path (151b) may be formed up to the flow path hole (151c) as shown in FIG.

A plurality of first through-holes 155 are formed in the rear cover part 150 . The first through-holes 155 form an assembly location with the front cover part 110 . That is, a plurality of fastening pins 116 fastened to the first through hole 155 are formed in the front cover part 110 . The front cover part 110 and the rear cover part 150 can be assembled by fixing the fastening pin 116 into the first through hole 155 .

A plurality of opening adjustment stoppers 156 for adjusting the opening degree of the closed space formed between the rear cover part 150 and the front cover part 110 are coupled to the rear cover part 150 .

A plurality of buckles 155 to which a hanging string (not shown), that is, a hanging string to be hung on the back of the head are connected to, are formed on the outside of the rear cover part 150 . In addition, a buckle coupling bar 162 coupled to the buckle 155 is formed on the cover frame 161 of the cover connection part 160 to be described later.

The cover connection part 160 is a structure connected to the front cover part 110 and the rear cover part 150 and the body between the front cover part 110 and the rear cover part 150 in one body. The cover connecting portion 160 includes a cover frame 161 and a duct connecting portion 164 .

The cover frame 161 is a roof-type frame assembled to the front cover part 110 and the rear cover part 150 . A ring portion 166 is integrally formed with the cover frame 161 . A pair of dummy flanges 167 are formed on both sides of the ring portion 166 as a reference. A through hole 167a is formed in the plate surface of the dummy flange 167 . The ring portion 166 and the dummy flange 167 are used as a place to connect other components such as strings.

The duct connection part 164 is provided on the cover frame 161, and is a part that connects and supports the breathing duct 151 and the functional snorkel 170 of the rear cover part 150 in a prefabricated manner. The duct connection part 164 may include a fixed connection part 164a and a movable connection part 164b.

The fixed connection part 164a is a part provided integrally with the cover frame 161 . The movable connection part (164b) is detachably coupled to the fixed connection part (164a), and the fixed connection part (164a) is a part to connect and support the breathing duct 151 and the functional snorkel 170 in a prefabricated manner.

Since the movable connection part 164b is a detachable type, the breathing duct 151 of the rear cover part 150 and the functional snorkel 170 can be prefabricated between the fixed connection part 164a and the movable connection part 164b.

A flange support jaw (164d) for supporting the assembly flange (152) of the breathing duct (151) is formed on the inner surface of the fixed connection part (164a) and the movable connection part (164b).

When the movable connection part 164b is assembled to the fixed connection part 164a in a state in which the assembly flange 152 of the breathing duct 151 is caught on the flange support jaw 164d, the breathing duct 151 does not fall out.

A hook protrusion 164c is formed on the outer surfaces of the fixed connection part 164a and the movable connection part 164b. The hook protrusion 164c may be caught on the hook engaging portion 172 formed on the functional snorkel 170 , and the functional snorkel 170 may be coupled to the duct connection portion 164 by its action.

The functional snorkel 170 is connected to the breathing duct 151 of the rear cover part 150 via the cover connection part 160 and the second inhalation flow path 170a communicating with the first inhalation flow path 151a and, The second exhalation flow path 170b communicating with the first exhalation flow path 151b is partitioned and formed, thereby serving to draw out the maximum amount of sucked air.

That is, as the flow paths of inhalation and exhalation are formed separately, a vortex of air is not formed between them. Therefore, it is possible to draw the maximum amount of inhaled air, which has the advantage of being able to comfortably dive for a long time breathing.

This functional snorkel 170 includes a snorkel body 171 . A second inhalation flow path 170a and a second exhalation flow path 170b are formed inside the snorkel body 171 .

At one side of the snorkel body 171 , a hook engaging part 172 coupled to the hook protrusion 164c of the duct connection part 164 is formed.

The hook protrusion 164c of the duct connection part 164 is caught by the hook hooking part 172 formed in the functional snorkel 170, and the functional snorkel 170 may be coupled to the duct connection part 164 by its action.

A partition wall 173 is formed in the snorkel body 171 to divide the inside of the snorkel body 171 into a second inhalation flow path 170a and a second exhalation flow path 170b.

In the end region of the snorkel body 171, a plurality of slots 174 for air in and out are formed. And, in the snorkel body 171, a shielding member 175 for selectively shielding a plurality of air inlet and out slots 174 is provided movably.

According to this embodiment, which acts based on the structure as described above, since it is assembled and formed in an efficient structure, partial maintenance is possible. will be able to enjoy

15 is a front view of a functional snorkeling mask according to another embodiment of the present invention.

Referring to this figure, the functional snorkeling mask 200 capable of maximally inhaling air according to the present embodiment is also a front cover part 210 , a rear cover part 150 , a cover connection part 160 and a functional snorkel 170 ). may include. Their configuration, functions, and roles are the same as those of the above-described embodiment.

Meanwhile, in the present embodiment, a pocket 210b is formed in the goggles 210a of the front cover part 210 . And, the replaceable film 215 is coupled to the pocket (210b) so as to be in and out.

The replaceable film 215 may be colorless or colored. In this way, when the replaceable film 215 is replaced and used, it has an auxiliary function to make the field of view more clear or to see in a different color. will be able to provide

As such, the present invention is not limited to the described embodiments, and it is apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention. Accordingly, it should be said that such modifications or variations fall within the scope of the claims of the present invention.

110: snorkeling mask 110: front cover part
111: filter mounting part 120: water inflow prevention part
130: filter for assembly 140: stopper for assembly
150: rear cover 151: duct for breathing
160: cover connection 161: cover frame
170: functional snorkel

Claims (6)

a front cover part that is made in a three-dimensional shape and forms a front surface, and a filter mounting part is formed around the mouth;
A filter for assembling assembled to the filter mounting unit, and a stopper for assembling detachably coupled to the filter mounting unit with the filter mounting unit interposed therebetween, exhalation is possible, but water into the front cover unit through the filter mounting unit a water inflow prevention unit that prevents the inflow;
A first inhalation flow path and a first exhalation flow path that form a place where the face is in close contact and are coupled to the front cover part from the rear surface of the front cover part, and form a path for inhalation and exhalation between the space with the front cover part a rear cover portion having a breathing duct provided;
a cover connection part connected to the front cover part and the rear cover part as one body between the front cover part and the rear cover part; and
Doedoe connected to the breathing duct of the rear cover part through the cover connection part, a second inhalation flow path communicating with the first inhalation flow path, and a second exhalation flow path communicating with the first exhalation flow path are partitioned and formed to be sucked Functional snorkeling mask capable of maximum inhalation of air, characterized in that it includes a functional snorkel that allows the maximum amount of air to be drawn out.
According to claim 1,
The filter mounting portion is manufactured in a form that is recessed toward the rear cover portion than other areas of the front cover portion, and a central assembly hole and a plurality of breathing holes formed radially along the periphery of the central assembly hole are formed larger than the central assembly hole. It includes a long hole and a plurality of assembly bosses formed around the plurality of long holes for breathing,
The filter for assembly,
a filter cover part formed to be larger than the combined area of the central assembly hole and the plurality of long holes for breathing and covering the central assembly hole and the plurality of long holes for breathing;
an assembly pin formed to protrude from the central region of the filter cover and inserted into the central assembly hole;
a front flange formed on the assembly pin adjacent to the filter cover and disposed on the front surface of the front cover in which the central assembly hole is formed; and
It is spaced apart from the front flange, and is disposed on the rear surface of the front cover in which the central assembly hole is formed and fixed, and includes an inclined assembly flange that is inclined in a direction in which the assembly pin is inserted,
The assembly stopper,
stopper body;
a stopper plate formed in the stopper body and having a plurality of ventilation holes formed therein; and
Functional snorkeling mask capable of maximum inhalation of air, characterized in that it comprises a plate holder for fixing the stopper plate to the stopper body.
According to claim 1,
The cover connection part,
a cover frame assembled to the front cover part and the rear cover part;
Doedoe provided in the cover frame, the duct connecting portion for supporting the breathing duct and the functional snorkel by prefabrication;
a ring portion integrally formed with the cover frame; and
Functional snorkeling mask capable of maximum suction of air, characterized in that it comprises a pair of dummy flanges disposed on both sides of the ring portion as a pair and having through-holes formed on the plate surface.
4. The method of claim 3,
The duct connection part,
a fixed connection unit provided integrally with the cover frame; and
Removably coupled to the fixed connection part, and a movable connection part for supporting the breathing duct and the functional snorkel in a prefabricated manner together with the fixed connection part,
A flange support jaw for supporting the assembly flange of the breathing duct is formed on the inner surface of the fixed connection part and the movable connection part,
Functional snorkeling mask capable of maximum suction of air, characterized in that hook protrusions are formed on the outer surfaces of the fixed connection part and the movable connection part.
5. The method of claim 4,
The functional snorkel,
The second inhalation flow path and the second exhalation flow path snorkel body is formed therein;
a hook engaging part formed on one side of the snorkel body and coupled to the hook protrusion of the duct connection part;
a partition wall provided in the snorkel body and partitioning the inside of the snorkel body into the second inhalation passageway and the second expiration passageway;
a plurality of slots for air entry and exit formed in the end region of the snorkel body through which air enters and exits; and
Functional snorkeling mask capable of maximizing air intake, characterized in that it is provided movably within the snorkel body and includes a shielding member for selectively shielding the plurality of slots for air in and out.
4. The method of claim 3,
A plurality of first through holes are formed in the rear cover portion, and a plurality of fastening pins fastened to the first through holes are formed in the front cover portion,
A plurality of stoppers for adjusting the opening degree for controlling the opening degree of the closed space formed between the front cover part and the front cover part are coupled to the rear cover part,
A functional snorkeling mask capable of maximizing air suction, characterized in that a plurality of buckles to which a hook string is connected are formed on the rear cover part, and a buckle coupling band for coupling with the buckle is formed on the cover frame of the cover connection part.

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