JP2016108713A - Dust/germ protective mask - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a dust/germ protective mask which eliminates glasses fogging and breathing difficulty when the mask is worn and reliably prevents intrusion of a germ or dust from a side of the mask.SOLUTION: The dust/germ protective mask is constituted by a mask body and an outer air shield pad. The mask body is formed by a multi-layer structure sheet material having flexibility in a generally rectangular shape covering at least nostrils, corners of a mouth, and a part of a throat at a chin tip of a face. The outer air shield pad is three-dimensionally molded by a continuous air-nonpermeable shield buffer material having flexibility and a cushion property, formed in a shape closely contacting a surface of the face while being adhered or superposed on an inner face side of a front mask part, formed with a gap space in a passage shape arranged in a center position in a right/left direction, avoiding the nostrils and corners of the mouth of the face in a minimum narrowness, and guiding and discharging the breath just downward, and formed with means formed as a discharge port arranged at a lowermost end of the gap space in the passage shape and bent while following the shape of the chin tip of the face.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a dustproof antibacterial mask that eliminates the cloudiness of glasses and the breathlessness of exhalation when wearing a mask, and that reliably prevents bacteria and dust from entering from the side of the mask.

  Many sanitary masks used for dustproofing and antibacterial used in the past employ a structure in which a flexible anti-fogging shield is provided inside the upper side of the mask body.

  However, the sanitary masks that prevent the fogging of these glasses are not equipped with means for eliminating the breathing difficulty of exhaled breath when wearing the masks and reliably preventing the entry of bacteria and dust from the side of the mask. It was.

  As a sanitary mask equipped with a conventionally proposed means for preventing fogging of glasses and preventing the invasion of bacteria and dust from the side of the mask, for example, in the peripheral part of the mask body as a ventilation filter, An endless shape maintaining body formed of a shape maintaining material having shape maintaining properties and flexibility is disposed, and a gel layer having skin adhesion is formed on the face contact side of the shape maintaining body, Further, the mask main body is provided with a curve maintaining body formed in a curved shape convex to the outside of the mask main body by a shape maintaining material corresponding to the wearer's nose, and the shape maintaining action of the curve maintaining body is There has been proposed a “mask” (see Patent Document 1) characterized in that it is formed larger than the shape maintaining action of the shape maintaining body.

However, the proposal of such a “mask” is that the shape maintaining body has an endless shape in order to prevent a gap from being generated between the mask body including the ventilation filter formed by the endless shape maintaining body and the face. It is not an assumption from the viewpoint of the contents of the original claims that the endless shape-maintaining body is provided with a discharge port. None of the range, the description, or the drawings describes the outlet.
In addition, providing the discharge port in the endless shape maintaining body is a factor that the shape maintaining property and flexibility of the shape maintaining body are greatly impaired when the shape maintaining body is divided and opened by the discharge port. If the means for adding the discharge port to the endless shape maintaining body is taken, the shape maintaining body constituting the invention is required to be endless, and the invention itself is not realized. In other words, the added outlet is an obstruction requirement for achieving the object of the invention.
In addition, the shape maintaining body is “an endless shape maintaining body formed of a shape maintaining material having shape maintaining properties and flexibility is disposed in the periphery of the mask main body as a ventilation filter, and the shape maintaining body A gel layer having skin adhesion is formed on the face contact side of the body, and the shape maintaining body itself has a certain shape as described in the claims. Maintaining flexibility and maintaining a certain shape when wearing a mask by adopting a structure in which a gel layer with skin adhesion is applied to the face contact side. Structure that cannot respond flexibly to changes in the face passively and partially over changes in the face that speak or laugh. It has become.
Furthermore, the shape maintenance body adopts a structure that enhances the sealing performance by forming a gel layer having an endless shape and having a skin adhesion on the face contact side, and breathes while wearing a mask. On the other hand, the inner space of the shape maintaining body is completely sealed by the gel layer, so that inhalation is slowly inhaled through the filter structure of the mask body in the shape maintaining body in accordance with the operation of normal breathing, Exhaled air is exhausted from the nostril and mouth in the gap space inside the shape maintenance body at once, and there is a possibility that a part of the exhalation remains in the gap space in a state where it cannot be exhausted through the filter structure of the mask body. As a result, the difficulty of breathing due to exhalation could not be resolved.
On the other hand, the shape of the shape maintaining body is formed into an endless shape by narrowing the gap space that avoids the nostril portion and the corner portion of the mouth as shown in FIG. It has no effect other than to prevent the entry of bacteria and dust from the air. Rather, it has a structure that makes you feel more breathless due to the above-mentioned sealability, and maintains the shape. When the body is narrowed, the shape maintaining property of the entire mask is impaired. If the discharge port is provided below the shape maintaining body, the jaw portion closes the outlet of the discharge port, and the problem of eliminating the original shortness of breath cannot be solved.
In addition, the shape of the shape maintaining body deformed into a vertical shape is a new problem in wearability such that the adhesion of the gel layer that adheres to the nostril portion of the face and the dent of the mouth corner portion (the fold line portion of the mouth) becomes thin. This is where the dots arise.
In addition, the structure that allows the check valve to function like the dustproof antibacterial mask of the present invention avoids the nostril portion and mouth corner portion of the face with a minimum narrowness, and the exhalation directly below the path. It can be achieved only by being formed into a shape that is guided and discharged, and cannot be achieved simply by surrounding the nose and mouth by the endless shape maintaining body.

  In addition, a “mask” (see Patent Document 2) is proposed in which a mask body having a size covering both the nostrils and the mouth is provided with an adhesive layer in a portion above the nostrils when worn. Has been.

  However, in the discharge port provided in the passage portion 2a on the lower side of the mask main body in FIG. 5 of the “mask”, the adhesive layer is formed continuously or discontinuously on the entire periphery (the entire periphery) of the mask main body ( (Claims: Claim 5, see paragraph [0029]) A part of the adhesive layer forming the passage portion 2a on both sides thereof allows bacteria and dust to enter from the side of the mask. Further, the lower side passage portion 2a does not form a minimum gap space and an appropriate number of outlets to avoid the nostril portion and the corner portion of the face, and a plurality of (limited) on the lower side portion of the mask body. However, as shown in FIG. 2 and the paragraphs [0046] to [0048] of the present invention, the inhalation of inhalation is dispersed during inhalation. The front mask part of the mask body Part of the face and part of the jaw on the face are in close contact and open, so that the function of the part of the front mask near the nostril and corner of the mask body acts as a check valve It has a structure that does not.

  In addition, a diaphragm for forming the inner vaginal part in a chamber separated into a mouth part and a nose part, a communication hole formed in the diaphragm and a check valve provided in the communication hole, There has been proposed a “dust mask” (see Patent Document 3) characterized by including a filter formed on the outer cover.

  However, in such a “dust mask”, a gap space (partial chamber) is formed along the shape of the mask in order to form a sponge-like face contact portion around the breathable dust mask and maintain the sealing performance of the dust mask. In the gap space (part chamber), a first gap space (nasal part chamber) discharged from the nostril is formed, and then a second gap space (mouth part chamber) discharged from the mouth is formed. The diaphragm between the first gap space (nasal chamber) and the second gap space (mouth chamber) is partitioned by a check valve, and further below the second gap space (mouth chamber) The check valve is provided, and the check valve is formed forward and downward. This is necessary because the first gap space (nose chamber) and the second gap space (mouth chamber) are formed along the shape of the mask. The above-mentioned capacity is secured (exhalation may stay and stagnant), and the discharge resistance is provided by the partition wall that partitions the first gap space (nasal chamber) and the second gap space (mouth chamber). The discharge efficiency is worsened and the first and second check valves are provided to further deteriorate the discharge efficiency, and the mask body itself opens and closes in the throat direction according to the present invention. It has a function to function as a check valve (see FIG. 6 and paragraphs [0078] to [0084]). Compared with the outside air shielding tongue of the present invention, the check valve effect differs greatly depending on its mounting position. is there.

  In addition, since the discharge port constituted by the check valve shown in FIG. 1 of the “dust mask” employs means provided on the outer cover of the mouth chamber of the mask, A part of the mask surface must be processed in the part corresponding to the mouth chamber of the outer cover, and a communication port must be provided, and in its manufacture, it has a shape that leads to a complicated manufacturing process and cost increase of the manufacturing unit price. . Furthermore, since there is a diaphragm between the nasal chamber and the mouth chamber of the mask, as shown in FIG. 2 and paragraphs [0046] to [0048] of the present invention, a part of the front mask portion of the mask body, and the face A part of the front part of the mask body in the vicinity of the nostril part and the corner of the mouth does not function as a check valve because part of the jaw part is in close contact and open. .

  In addition, the mask body is a mask in which an ear strap is attached to both ends, and a convex portion that directly contacts the face and a concave portion that guides the exhaled exhalation downward are provided on the peripheral edge of the inner surface of the mask main body. A mask that does not fog glasses ”(see Patent Document 4) has been proposed.

  However, the discharge port formed by the concave portion of FIG. 4 of the “glasses that do not cloud” is formed into a concave shape surrounded by a shell-shaped convex portion having a roundness by thermoforming on the periphery of the mask. The shell-shaped convex part does not flexibly follow the shape of the wearer's jaw, and there is a possibility that there will be a gap between the face and the face, allowing the entry of bacteria and dust from the concave parts on both sides of the mask The expiratory air discharged from the concave portion may cause fogging of the glasses. Further, as in the present invention, the exhaust port (FIG. 2 and paragraphs [0046] to [0046] 0048]) The direction of the exit is not so bent as to follow the shape of the tip of the chin on the face and be inward, so that it is easy to allow invasion of bacteria and dust floating in the outside air. ing.

  In addition, using a metal frame, a personal frame is manufactured by adjusting the shape according to the individual face shape. Next, a waterproof treatment and a water absorbing material are applied to the inside of the mask made of non-woven fabric, and a soft material is used for a portion in contact with the face skin to ensure airtightness. Covering this with an outer cover will bring moderate pressure, improve the airtightness of the entire mask, and maximize the ability of conventional mask materials. Has been proposed (see Patent Document 5).

However, since the attachment means of the soft material of the mask in the “personal mask with increased confidentiality” adopts a structure assembled to the metal frame, even if the soft material itself is breathable, the metal frame As a result, the air permeability is lost by being assembled through the assembly claws, and the substantially air-impermeable soft material is obtained (refer to FIGS. 1 and 2A-A cross-sectional views). The soft material of the mask of Patent Document 5 is different in material and mounting structure.
Moreover, although the mask provided with the soft material (equivalent to the external air shielding pad of this invention) in patent document 5 is provided with the nonwoven fabric mask inside (refer FIG. 1 mask part), the external air shielding of this invention with respect to it is formed. The pad forms a path-like gap space using the front mask portion on the inner side (see FIG. 2), and its structure is greatly different.
In addition, the metal frame has a pre-formed egg-shaped metal frame adapted to the individual face shape, and is subjected to bending adjustment again to match the face shape, and the outer cover is assembled to this metal frame. Therefore, the face shape when the face shape is matched with the actual mask wearing in advance changes depending on the physical condition and surrounding environment, so the contact surface of the soft material of the metal frame is closely in contact with the face. It has a structure that does not (see paragraph [0004]).

  Also, a breathable body having an inner surface that is sized to cover the subject's nose and mouth when worn by the subject, around the nostril and mouth of the wearer connected to the inner surface of the body An inner seal that is sized to form an outer periphery, and a deflector layer that redirects to a lower region of the body with at least a portion facing downward to fix the face mask to the subject's face. A “medical face mask” (see Patent Document 6) has been proposed.

  However, the configuration of FIG. 7 in such a “medical face mask” has an additional depth and / or thickness for the inner seal to better fit the user's facial contour around the cheek, mouth and part of the chin. It is formed including the leaflet area | region which has. In other words, the inner seal is formed to cover the user's nose and mouth for the purpose of preventing bacteria and dust from entering from the side (outside) of the mask. As in the dustproof antibacterial mask of the present invention, the structure that reliably prevents the invasion of bacteria and dust from the side of the mask, avoiding the nostrils and mouth corners of the face with a minimum narrowness and exhalation It was not a proposal of a mask having both structures, which have a path-like gap space that guides and discharges directly underneath and eliminates breathing difficulty of exhalation.

As a function that has been widely demanded as a sanitary mask from the past, it has the function of filtering bacteria and dust floating in the air with the filter structure of the mask, and it does not cause fogging of glasses when wearing the mask. Therefore, it is required to solve the three problems of eliminating the shortness of breath and eliminating the invasion of bacteria and dust from the side of the mask at the same time. And as far as the present applicant knows, no sanitary mask that has solved all three problems has been proposed.
In other words, the shape, material, size, mounting direction, mounting position, flexibility, and quantity, which are the factors that solve these three problems, are selected and scrutinized as appropriate, and combined to clear the above three issues. The dustproof and antibacterial mask of the present invention formed in combination with the antifogging shield that prevents fogging of the glasses, the discharge port that eliminates breath breathing, and the invasion of bacteria and dust from the side of the mask It is not formed by simply combining or adding an outside air shielding pad or a ventilation filter.

  The present applicant has proposed that most of conventional sanitary masks have a structure that prevents fogging of glasses when wearing the mask and invasion of bacteria and dust from the side of the mask, but eliminates breathing difficulty of exhalation Focusing on the fact that there is no means to do so, in addition to a structure that prevents fogging of the glasses when wearing the mask and a structure that reliably prevents the invasion of bacteria and dust from the side of the mask, it eliminates the breathing of breath Under the idea of whether the structure to be added can be added with light weight and simple means, a dustproof and antibacterial mask that can solve these problems at the same time has been developed. This leads to a proposal.

JP 2011-045661 A JP 2006-288650 A No. 49-42875 Registered Utility Model No. 3075178 JP 2010-234035 A JP2015-9151 (US Patent Application Publication No. 2014/0326245)

  In view of the above problems, the present invention aims to provide a dustproof antibacterial mask that eliminates the cloudiness of glasses and the breathlessness of exhalation when wearing a mask, and that reliably prevents bacteria and dust from entering from the side of the mask. With the goal.

  The present invention has been made to solve the above problems, and the dust-proof and anti-bacterial mask of the present invention eliminates the cloudiness of the glasses when wearing the mask and the breathlessness of exhalation, and prevents bacteria and dust from the side of the mask. A dustproof and antibacterial mask that reliably prevents intrusion, wherein the dustproof and antibacterial mask comprises a mask main body and an outside air shielding pad, and the mask main body has a flexible and breathable multilayer structure sheet material And at least a three-dimensional or planar substantially rectangular shape covering the nostril portion, corner portion of the face, and part of the throat at the tip of the jaw, and further forming the front surface of the mask body. Ear masking portions are formed on both sides of the front mask portion, and the outside air shielding pad is three-dimensionally molded with an air-permeable shielding cushioning material having continuous flexibility and cushioning properties. Inner surface of front mask Attached or polymerized to form a shape that adheres to the surface of the face, and at the center position in the left and right direction, avoid the nostrils and mouth corners of the face with a minimum narrowness and induce exhalation directly below A path-like gap space is formed, and the bottom end of the path-like gap space is bent so that the direction of the outlet is downward and inward following the shape of the tip of the jaw on the face. A path formed by forming a discharge opening and avoiding a part of the front mask part of the mask body having flexibility and the nostril part and mouth corner part of the face with a minimum degree of respiration pressure when the mask is mounted. By acting on the gap-shaped gap space, a part of the front mask part of the mask body and a part of the jaw part of the face are in a close contact state and an open state, so that the nostril part and the mouth corner part of the mask body A part of the front mask part of the valve functions as a check valve Take the stage.

  In addition, the dustproof antibacterial mask of the present invention is a dustproof antibacterial mask that eliminates the cloudiness of glasses and the breathlessness of exhalation when wearing the mask, and reliably prevents the invasion of bacteria and dust from the side of the mask. The dustproof antibacterial mask is composed of a mask body, an anti-fogging shield, and a dustproof antibacterial filter, and the mask body is formed of a flexible and breathable multilayer structure sheet material, At least on the both sides of the front mask part that forms a three-dimensional or planar substantially rectangular shape covering the nostril part of the face, the corner of the mouth, and part of the throat at the tip of the jaw, and further forms the front face of the mask body The anti-fogging shield is three-dimensionally molded with an air-permeable shielding cushioning material having flexibility and shape memory, and is an edge inside the upper side of the front mask portion of the mask body. Dust-proof and anti-bacterial The filter is three-dimensionally molded with a breathable filter structure material having continuous flexibility and cushioning, and is attached to or polymerized on the inner surface side of the front mask portion of the mask body so as to adhere to the surface of the face. Furthermore, a path-like gap space is formed at the center position in the left-right direction so as to avoid the nostril part and mouth corner part of the face with a minimum narrowness, and to guide and discharge exhaled air directly below. The lower end of the gap space is formed with a discharge port that is bent and shaped so that the direction of the exit is downward and inward following the shape of the tip of the jaw of the face. The atmospheric pressure acts on a part of the front mask part of the mask body having flexibility and a path-like gap space that avoids the nostril part and the corner of the face with a minimum narrowness. Part of the front mask and the face By part of the jaw of the adhesion state and open state, take means a portion of the front mask portion near the nostril portion and corner of the mouth portion of the mask body to act as a check valve.

  In addition, the dustproof antibacterial mask of the present invention is a dustproof antibacterial mask that eliminates the cloudiness of glasses and the breathlessness of exhalation when wearing the mask, and reliably prevents the invasion of bacteria and dust from the side of the mask. The dustproof antibacterial mask is composed of a mask body, an anti-fogging shield, and a dustproof antibacterial filter, and the mask body is formed of a non-breathable shielding sheet material having flexibility, At least on the both sides of the front mask part that forms a three-dimensional or planar substantially rectangular shape covering the nostril part of the face, the corner of the mouth, and part of the throat at the tip of the jaw, and further forms the front face of the mask body The anti-fogging shield is three-dimensionally molded with an air-permeable shielding cushioning material having flexibility and shape memory, and is an edge inside the upper side of the front mask portion of the mask body. The dustproof and antibacterial film is affixed to The filter is three-dimensionally molded with a breathable filter structure material having continuous flexibility and cushioning, and is attached to or polymerized on the inner surface side of the front mask portion of the mask body so as to adhere to the surface of the face. Furthermore, a path-like gap space is formed at the center position in the left-right direction so as to avoid the nostril part and mouth corner part of the face with a minimum narrowness, and to guide and discharge exhaled air directly below. The lower end of the gap space is formed with a discharge port that is bent and shaped so that the direction of the exit is downward and inward following the shape of the tip of the jaw of the face. The atmospheric pressure acts on a part of the front mask part of the mask body having flexibility and a path-like gap space that avoids the nostril part and the corner of the face with a minimum narrowness. Part of the front mask and the face By part of the jaw is adhesion state and open state, take means which acts as part of the check valve of the front mask portion near the nostril portion and corner of the mouth portion of the mask body.

  In addition, the dustproof antibacterial mask of the present invention is a dustproof antibacterial mask that eliminates the cloudiness of glasses and the breathlessness of exhalation when wearing the mask, and reliably prevents the invasion of bacteria and dust from the side of the mask. The dustproof antibacterial mask is composed of a mask main body and a dustproof antibacterial filter sheet, and the mask main body is formed of a breathable multilayer structure sheet material having flexibility, and at least a facial surface. It is formed in a three-dimensional or flat, substantially rectangular shape that covers a part of the throat at the nostril part, corner of the mouth, and tip of the jaw part, and ear hooks are provided on both sides of the front mask part that forms the front face of the mask body. The dustproof and antibacterial filter sheet is formed of a flexible air-permeable multilayer structure sheet material or a filter structure material, and is polymerized inside a front mask portion that forms the front surface of the mask body. Dress It is formed in a three-dimensional or planar substantially rectangular shape, and its upper edge is formed with an air-permeable shielding buffer structure, and the nostril and mouth corners of the face are minimized at the center in the left-right direction. A path-like gap space that guides and discharges exhaled air directly below is formed in a hollow shape, and the direction of the exit is at the front end of the chin on the face at the lowermost end of the path-like gap space It is formed by forming a discharge port bent and shaped so as to be downward and inward following the shape of the mask, and when the mask is mounted, the respiratory pressure is a part of the front mask portion of the mask body having flexibility, A part of the front mask part of the mask body and the jaw part of the face by acting on a path-like gap space that avoids the nostril part and the corner of the mouth of the face of the dustproof antibacterial filter sheet with a minimum narrowness A part of the door is in close contact and open , It takes means which acts as part of the check valve of the front mask portion near the nostril portion and corner of the mouth portion of the mask body.

  Further, the dustproof antibacterial mask of the present invention has a means in which an outside air shielding tongue piece is provided in the vicinity of the outlet of the discharge port located in the center of the lower end of the front mask portion of the mask body so as to be urged toward the jaw portion of the face. take.

  Moreover, the dustproof antibacterial mask of this invention takes the means which provided the installation auxiliary | assistance piece extended in the sheet form on the both sides of the said external air shielding pad or the said dustproof antibacterial filter.

  According to the dustproof antibacterial mask of the present invention, a path-like gap for avoiding the outside air shielding pad and the dustproof antibacterial filter with a minimum narrowness of the nostril part and the corner of the face of the face and guiding the exhalation directly under the exhaust. By forming the space, it is possible to surely prevent the invasion of bacteria and dust from the side surface of the mask, and at the same time, there is an excellent effect that the breathlessness of exhalation can be eliminated at the same time.

  In addition, according to the dustproof antibacterial mask of the present invention, breathing air can be sucked and exhausted at three locations: the front mask part of the mask body, the peripheral edge of the breathable dustproof antibacterial filter, and the discharge port provided therebelow. By doing so, it is possible to eliminate the cloudiness of the glasses and the breathlessness of exhalation when the mask is worn, and it is possible to reliably prevent the invasion of bacteria and dust from the side of the mask.

  Further, according to the dustproof antibacterial mask of the present invention, most of the exhaled air discharged from the nostril part and the mouth part is exhausted in a straight line from the exhaust port provided below the outside air shielding pad, and the upper part of the mask main body. As the mask is worn, the glasses can be prevented from fogging and the breathing exhaled from the nostril and mouth can be eliminated at the same time. There is an excellent effect that it can be comfortably worn without feeling short of breath even when required sports are worn.

  Further, according to the dustproof antibacterial mask of the present invention, the mask main body is formed of an air-impermeable shielding sheet material, so that breathing air is provided from the discharge port provided below the mask main body and the periphery of the dustproof antibacterial filter. Since it absorbs and discharges, it has an excellent effect that the dustproof and antibacterial effect can be further enhanced as compared with the structure of sucking and discharging from the front cover portion of the conventional mask body.

  Further, according to the dustproof and antibacterial mask of the present invention, the inside of the front mask portion that forms the front surface of the mask body with the dustproof and antimicrobial filter sheet formed of a breathable multilayer structure sheet material or a filter structure material having flexibility. By superposing and wearing it, normal hygiene masks can be easily and inexpensively eliminated the cloudiness of the glasses and the breathlessness of exhalation when wearing the masks, and reliably prevent the invasion of bacteria and dust from the side of the mask It is possible to provide an unprecedented dustproof antibacterial mask that can be provided.

  In addition, according to the dustproof antibacterial mask of the present invention, the outside air shielding tongue that urges in the direction of the jaw of the face protrudes in the vicinity of the outlet of the outlet located at the center of the lower end of the front mask portion of the mask body. Therefore, it is possible to obtain an excellent effect of making it difficult for bacteria and dust floating in the outside air to enter.

  In addition, according to the dustproof and antibacterial mask of the present invention, it is possible to provide a specification that is provided with a mounting auxiliary piece extending in the form of a sheet on both sides of the outside air shielding pad and the dustproof and antibacterial filter. Intrusion of dust can be reliably prevented, and the manufacturing unit cost can be reduced by omitting the step of sticking the outside air shielding pad and the dustproof antibacterial filter to the front mask part of the mask body at the time of manufacture. Excellent effect.

It is explanatory drawing which shows embodiment of Claim 1 in the dustproof antimicrobial mask of this invention. Example 1 It is explanatory drawing which shows a motion of the front mask in the dustproof antimicrobial mask of this invention. It is explanatory drawing which shows embodiment of Claim 2 in the dustproof microbe mask of this invention. (Example 2) It is explanatory drawing which shows embodiment of Claim 3 in the dustproof antimicrobial mask of this invention. (Example 3) It is explanatory drawing which shows embodiment of Claim 4 in the dustproof antimicrobial mask of this invention. Example 4 It is explanatory drawing which shows embodiment of Claim 5 in the dustproof antimicrobial mask of this invention. (Example 5) It is explanatory drawing which shows embodiment of Claim 6 in the dustproof antimicrobial mask of this invention. (Example 6) It is explanatory drawing which shows the respiratory state of the dustproof antimicrobial mask of this invention. It is explanatory drawing which shows the respiratory state of the conventional sanitary mask.

  The dustproof antibacterial mask 10 of the present invention is a dustproof antibacterial mask 10 that eliminates the cloudiness of the glasses F and the breathlessness of exhaled air E when wearing the mask, and reliably prevents the entry of bacteria and dust from the side of the mask. The dust-proof and anti-bacterial mask 10 is composed of a mask body 20 and an outside air shielding pad 30, and a part of the front mask portion 21 of the mask body 20 of the mask body 20 having a flexible respiration pressure when the mask is mounted. Then, by acting on the path-shaped gap space 31 that avoids the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness, a part of the front mask portion 21 of the mask body 20 and the jaw portion 42 of the face. It is the greatest that a part of the front mask part 21 in the vicinity of the nostril part 40a and the corner part 41a of the mask body 20 acts as a check valve because a part of the mask is in a close contact state and an open state. Features. Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  In addition, the dustproof antimicrobial mask 10 in this invention is not limited to the Example described below, In the range of the technical idea of this invention, ie, the range of the shape and dimension which can exhibit the same effect. It can be changed as appropriate.

FIG. 1 is an explanatory view showing an embodiment of claim 1 in the dustproof antibacterial mask of the present invention.
Fig.1 (a) is explanatory drawing which shows the state before mounting | wearing the dust-proof bacteria mask 10 of this invention with the external air shielding pad 30. FIG.
The dustproof antibacterial mask 10 of the present invention is a dustproof antibacterial mask 10 that eliminates the cloudiness of the glasses F and the breathlessness of exhaled air E when wearing the mask, and reliably prevents the entry of bacteria and dust from the side of the mask. The mask body 20 and the outside air shielding pad 30 are configured, and when the mask is worn, the respiratory pressure is a part of the front mask portion 21 of the mask body 20 having flexibility and the nostril portion 40a of the face. A portion of the front mask portion 21 of the mask body 20 and a portion of the jaw portion 42 of the face are in close contact with each other and opened by acting on the path-shaped gap space 31 that avoids the corner portion 41a with a minimum narrowness. By being in the state, a part of the front mask portion 21 in the vicinity of the nostril portion 40a and the corner portion 41a of the mask main body 20 has a structure that functions as a check valve.

The mask main body 20 is formed of a flexible and breathable multilayer structure sheet material, and covers at least a part of the throat at the tip of the nostril portion 40a, mouth corner portion 41a, and jaw portion 42 of the face. Alternatively, it is formed in a flat, substantially rectangular shape, and is formed by forming ear hooking portions 22 on both sides of the front mask portion 21 that forms the front surface of the mask body 20, and as a material for the multilayer structure sheet material described above, For example, a flexible multilayered sheet material made of synthetic resin such as polypropylene and polyethylene, felt, cotton cloth, chemical fiber, non-woven fabric, paper, etc. is used, and it is three-dimensionally molded or multistage gathered to be mounted and ventilated. And dust-proof and anti-bacterial properties.
Although not shown, the check valve effect at the time of intake is further increased by sewing a multilayer structure sheet material formed of a material having higher flexibility by limiting a portion corresponding to the path-shaped gap space 31. The structure can be increased.

  The outside air shielding pad 30 is three-dimensionally formed of a non-breathable shielding buffer material having continuous flexibility and cushioning properties, and is attached or polymerized to the inner surface side of the front mask portion 21 of the mask body 20. A path that is formed in a shape that closely contacts the surface of the face, and that avoids the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness and guides and exhales the exhaled air E directly below the central position in the left-right direction. A clearance gap 31 is formed, and a discharge port 33 is formed at the lowermost end, which is bent so that the direction of the outlet is downward and inward following the shape of the front end of the jaw portion 42 of the face. As a material of the shielding buffer material in the above, for example, synthetic resin such as silicon, urethane, styrene, rubber, felt, cotton cloth, chemical fiber, non-woven fabric, paper, high density foaming resin, and barrier coating processing are applied to the surface. Material is used.

Further, since the outside air shielding pad 30 is formed continuously, the opening portion is limited to the discharge port 33 only, so that it is possible to reliably prevent the entry of dust and bacteria from the outside and Since the gas is discharged in a straight line toward the discharge port 33, the suffocation due to the exhalation E can be easily eliminated.
Furthermore, by shaping the outside air shielding pad 30 into an arbitrary three-dimensional shape preferred by the user, it is possible to achieve both design at the time of wearing the mask and dustproof and antibacterial properties.
Furthermore, the front mask portion 21 of the mask body 20 is formed with a path-shaped gap space 31 that avoids the nostril portion 40a and the mouth corner portion 41a of the face with a minimum narrowness. It is possible to easily eliminate the difficulty of breathing, and it forms a high functionality and a dustproof and antibacterial effect structure not found in the conventional sanitary mask M.
Still further, the outside air shielding pad 30 is attached to the inner surface side of the front mask portion 21 by an adhesive, or attached by any method that is polymerized by the tightening force of the ear hook portion 22.

  The path-shaped gap space 31 has a shape that avoids the nostril portion 40a and the corner portion 41a of the face at the center position in the left-right direction of the outside air shielding pad 30 with a minimum narrowness and guides the exhaled air E directly below and discharges it. The discharge port 33 is formed at the lowermost end and is bent so that the direction of the exit is downward and inward following the shape of the tip of the jaw portion 42 of the face. By forming the gap space 31 in a shape that avoids the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness, the exhaled air E discharged from the nostril 40 and the mouth 41 can be discharged in a straight line. Can do. Moreover, since it is also a structure where the exhalation E is not discharged | emitted by the upper side direction of the mask main body 20, the fog prevention shield 36 provided in the conventional sanitary mask M which has a fog prevention structure is unnecessary.

  In addition, a specific shape that the path-shaped gap space 31 avoids with a minimum narrowness is to open from the state where the upper nose muscle portion of the nostril portion 40a is bent in a horseshoe shape toward the two nostril portions 40a, Furthermore, it extends to the mouth corner portion 41a along the hole line at the mouth, and further opens in a bent state toward the throat at the tip of the jaw portion 42, and exhaled air E discharged from the nostril 40 and the mouth 41 is discharged to the outlet. It is formed to have a path-like shape that is discharged in a straight line toward 33.

The discharge port 33 is formed by bending at the lowermost end of the path-shaped gap space 31 of the outside air shielding pad 30 so that the direction of the outlet is downward and inward following the shape of the front end of the jaw portion 42 of the face. Thus, most of the exhaled breath E discharged from the nostril 40 and the mouth 41 is formed with a size and outlet shape that are discharged in a straight line at a time. Further, the outlet shape formed at the lowermost end can also be formed with a thickness having a step in order to facilitate the efficient discharge of exhaled breath E.
Incidentally, when the discharge port 33 is in the exhalation state, it has a shape that allows most of the exhalation E discharged from the nostril 40 and the mouth 41 to be discharged in a straight line, while in the inhalation state, the mask body 20 A part of the front mask part 21 and a part of the jaw part 42 of the face are in a close contact state and an open state, so that the nostril part 40a of the mask body 20 and a part of the front mask part 21 near the mouth corner part 41a are reversed. It has a shape that functions as a stop valve, is located far from the vicinity of the nostril portion 40a and the corner portion 41a and is not affected by the intake air W, and the outlet direction is downward and inward ( Bent in the direction of the throat) makes it difficult for bacteria and dust floating in the outside air G to enter.

FIG.1 (b) is explanatory drawing which shows the state after mounting | wearing the dust-proof bacteria mask 10 of this invention with the external air shielding pad 30. FIG.
Although the dust-proof and anti-bacterial mask 10 of the present invention is almost the same as the state of wearing the conventional sanitary mask M in the state of wearing the mask, it is functionally cloudy or breathing E of the glasses F when wearing the mask. In addition to eliminating the difficulty of breathing due to the mask, it is possible to reliably prevent bacteria and dust from entering from the side of the mask, and an outside air shielding pad 30 that forms a path-like gap space 31 between the mask body 20 and the face. By providing a three-dimensional shape, it has a function capable of achieving both a design property when wearing a mask and a dustproof and antibacterial property.

  The dustproof antibacterial mask 10 of the present invention configured as described above has a minimum narrowness of the nostril portion 40a and the corner portion 41a of the face by combining the breathable mask body 20 and the non-breathable outside air shielding pad 30. And a structure that can enclose the breath E into the outside air shielding pad 30 by enclosing it in a shape that guides the exhaled air E, and as a result, restricts the inhalation W over the front mask portion 21. By doing so, the invasion of bacteria and dust from the side surface of the mask is surely prevented, and most of the exhaled air E (a part is discharged through the front mask portion 21) is straight from the discharge port 33 of the outside air shielding pad 30. By exhausting all at once, the difficulty of breathing due to exhalation E can be eliminated.

FIG. 2 is an explanatory view showing the movement of the front mask portion in the respiratory state of the dustproof and antimicrobial mask of the present invention.
An embodiment in which a part of the front mask portion 21 of the mask body 20 in the present invention functions as a check valve will be described.
FIG. 2 (a) shows an intake state when the dustproof / antimicrobial mask 10 of the present invention is used.
When the outside air G is inhaled through the front mask portion 21 in the vicinity of the nostril portion 40a and the mouth corner portion 41a, the flexibility of the vicinity of the jaw portion 42 is obtained. A state in which a part of the front mask portion 21 is in close contact with the surface of the jaw portion 42 to block the vicinity of the discharge port 33 provided below the outside air shielding pad 30 and block outside air G (bacteria and dust) entering from the outside. It becomes. In other words, when a part of the front mask part 21 does not adhere to the surface of the jaw part 42, the intake force is weak, so that the outside air G (bacteria and dust) does not enter.

  Incidentally, when the discharge port 33 is in the exhalation state, it has a structure capable of discharging most of the exhalation E discharged from the nostril 40 and the mouth 41 in a straight line, while in the inhalation state, it is a mask. The front mask portion 21 of the main body 20 is flexible and has a shape that allows the front mask portion 21 to close and close the discharge port 33, or is located far from the vicinity of the nostril portion 40a and the corner portion 41a. A shape that makes it difficult for bacteria and dust to enter, such as being provided at a position where the influence of the intake air W is not exerted, and the opening direction is bent downward and inward (in the direction of the throat) By having it, invasion of bacteria and dust floating in the outside air G can be surely prevented.

FIG. 2 (b) shows an exhaled state when the dustproof / antimicrobial mask 10 of the present invention is used.
The exhalation state of the outside air G when using the dustproof antibacterial mask 10 of the present invention is such that most of the exhalation E exhausted from the nostril 40 and the mouth 41 is first exhausted into the path-like gap space 31 in a straight line. Then, a part of the front mask portion 21 having flexibility near the jaw portion 42 is separated from the jaw portion 42 and the discharge port 33 provided below the shielding pad 30 is opened, thereby discharging from the nostril 40 and the mouth 41. Most of the exhaled air E is discharged from the discharge port 33 through the path-shaped gap space 31 in a straight line.

  In the dustproof antibacterial mask 10 of the present invention configured as described above, most of the exhaled air E discharged from the nostril 40 and the mouth 41 passes through the path-shaped gap space 31 and is discharged from the discharge port 33 in a straight line. Thus, the fogging of the glasses F when wearing the mask can be prevented, and it can be worn comfortably without feeling suffocated even during sports where accurate breathing is required.

FIG. 3 is an explanatory view showing an embodiment of claim 2 in the dustproof and antimicrobial mask of the present invention.
The dustproof antibacterial mask 10 of the present invention is a dustproof antibacterial mask 10 that eliminates the cloudiness of the glasses F and the breathlessness of exhaled air E when wearing the mask, and reliably prevents the entry of bacteria and dust from the side of the mask. The mask main body 20, the anti-fogging shield 36, and the dustproof antibacterial filter 34 are configured, and when the mask is mounted, the respiratory pressure is a part of the front mask portion 21 of the mask main body 20 having flexibility. Then, by acting on the path-shaped gap space 31 that avoids the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness, a part of the front mask portion 21 of the mask body 20 and the jaw portion 42 of the face. As a result, a portion of the front mask portion 21 in the vicinity of the nostril portion 40a and the mouth corner portion 41a of the mask body 20 has a structure that functions as a check valve. .

The mask main body 20 is formed of a flexible and breathable multilayer structure sheet material, and covers at least a part of the throat at the tip of the nostril portion 40a, mouth corner portion 41a, and jaw portion 42 of the face. Alternatively, it is formed in a flat, substantially rectangular shape, and is formed by forming ear hooking portions 22 on both sides of the front mask portion 21 that forms the front surface of the mask body 20, and as a material for the multilayer structure sheet material described above, For example, synthetic resin such as polypropylene and polyethylene, felt, cotton cloth, chemical fiber, non-woven fabric, paper, etc. are used, and it is formed with three-dimensional molding or multi-stage gathering to have wearability, breathability and dustproof and antibacterial properties. .
Although not shown, the check valve effect at the time of intake is further increased by sewing a multilayer structure sheet material formed of a material having higher flexibility by limiting a portion corresponding to the path-shaped gap space 31. The structure can be increased.

  The dustproof and antibacterial filter 34 is three-dimensionally formed of a breathable filter structure material having continuous flexibility and cushioning properties, and is adhered or polymerized on the inner surface side of the front mask portion 21 of the mask body 20 to be applied to the face. It is formed in a shape that is in close contact with the surface, and at the center position in the left-right direction, the nostril portion 40a and the corner portion 41a of the face are avoided with a minimum narrowness, and the exhalation E is guided and discharged directly below. A clearance space 31 is formed, and a discharge port 33 is formed at the lowermost end by bending it so that the direction of the outlet is downward and inward following the shape of the tip of the jaw portion 42 of the face. As the material for the filter structural material in the above, for example, synthetic resin such as silicon, urethane, styrene, felt, cotton cloth, chemical fiber, non-woven fabric, paper, foaming resin are used.

In addition, since the dust-proof and anti-bacterial filter 34 is formed continuously, the opening is limited to the discharge port 33 only, so that intrusion of dust and bacteria from the outside can be surely prevented, and the breath E Are discharged in a straight line toward the discharge port 33, so that the breathlessness of exhaled air E can be easily solved.
Furthermore, by shaping the dust-proof and anti-bacterial filter 34 into an arbitrary three-dimensional shape that the user likes, both the design at the time of wearing the mask and the anti-dust and fungicide can be achieved.
Furthermore, the front mask portion 21 of the mask body 20 is formed with a path-shaped gap space 31 that avoids the nostril portion 40a and the mouth corner portion 41a of the face with a minimum narrowness. It is possible to easily eliminate the difficulty of breathing, and it forms a high functionality and a dustproof and antibacterial effect structure not found in the conventional sanitary mask M.
Furthermore, the dustproof antibacterial filter 34 is attached to the inner surface side of the front mask portion 21 by an adhesive or attached by any method that is polymerized by the tightening force of the ear hook portion 22.

The anti-fogging shield 36 is three-dimensionally molded with an air-permeable shielding cushioning material having flexibility and shape memory, and is affixed to the inner edge of the upper side of the front mask portion 21 of the mask main body 20 so as to form the nostril 40 and the mouth. 41 plays a role in preventing the glasses F from being clouded by the exhaled air E discharged from 41. Examples of the material of the shielding buffer material described above include synthetic resins such as silicon, urethane, and styrene, rubber, felt, cotton cloth, Chemical fibers, non-woven fabric, paper, high-density foaming resin, and flexible materials with barrier coating are used.
Further, the anti-fogging shield 36 may be attached to the front mask portion 21 of the mask body 20 by being adhered to the dustproof antibacterial filter 34.

  The path-shaped gap space 31 avoids the nostril portion 40a and the mouth corner portion 41a of the face at the central position in the left-right direction of the dustproof antibacterial filter 34 and guides the exhaled air E directly below and discharges it. The discharge port 33 is formed at the lowermost end and is bent so that the direction of the exit is downward and inward following the shape of the tip of the jaw portion 42 of the face. By forming the face-shaped gap space 31 into a shape that avoids the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness, the exhaled air E discharged from the nostril 40 and the mouth 41 is discharged in a straight line all at once. be able to. Moreover, since it is also a structure where the exhaled air E is not discharged | emitted by the upper side direction of the mask main body 20, the fog prevention shielding body 36 provided in the conventional sanitary mask M which has the conventional fog prevention structure is unnecessary.

  In addition, a specific shape in which the path-shaped gap space 31 avoids the nostril portion 40a and the corner corner portion 41a of the face with a minimum narrowness is from a state in which the nose muscle portion above the nostril portion 40a is bent in a horseshoe shape. Opening toward one nostril 40a, further extending to the corner 41a of the mouth along the fold line of the mouth, and further extending straight down to the tip of the jaw 42 and further bent in the direction of the throat The exhaled air E discharged from the nostril portion 40a is formed to have a path-like shape that is discharged in a straight line toward the discharge port 33.

The discharge port 33 is formed by bending at the lowermost end of the path-shaped gap space 31 of the outside air shielding pad 30 so that the direction of the outlet is downward and inward following the shape of the front end of the jaw portion 42 of the face. Thus, most of the exhaled breath E discharged from the nostril 40 and the mouth 41 is formed with a size and outlet shape that are discharged in a straight line at a time. Further, the outlet shape formed at the lowermost end can also be formed with a thickness having a step in order to facilitate the efficient discharge of exhaled breath E.
Incidentally, when the discharge port 33 is in the exhalation state, it has a shape that allows most of the exhalation E discharged from the nostril 40 and the mouth 41 to be discharged in a straight line, while in the inhalation state, the mask body 20 A part of the front mask part 21 and a part of the jaw part 42 of the face are in a close contact state and an open state, so that the nostril part 40a of the mask body 20 and a part of the front mask part 21 near the mouth corner part 41a are reversed. It has a shape that functions as a stop valve, is located far from the vicinity of the nostril portion 40a and the corner portion 41a and is not affected by the intake air W, and the outlet direction is downward and inward ( Bent in the direction of the throat) makes it difficult for bacteria and dust floating in the outside air G to enter.

  The dustproof and antibacterial mask 10 of the present invention configured as described above includes a nostril portion 40a on the face and a corner of the mouth by a combination of a breathable mask body 20, a breathable dustproof and antibacterial filter 34, and a non-breathable antifogging shield 36. The portion 41a is avoided with a minimum narrowness, and the breath E is surrounded by a shape that guides exhaled air E, and the breathing air is sucked and exhausted by the mask body 20 and the breathable dustproof and antibacterial filter 34. As a result, inhalation W is performed through the front mask portion 21 and the dustproof antibacterial filter 34, so that invasion of bacteria and dust from the side of the mask can be surely prevented, and most of the exhalation E (partly Is discharged from the front mask portion 21 in a straight line from a discharge port 33 provided below the dustproof antibacterial filter 34, so that the breathlessness caused by the breath E can be eliminated. Moreover, since the exhaled air E discharged | emitted upwards from the dustproof antibacterial filter 34 is interrupted | blocked by the non-breathable anti-fogging shielding body 36, fogging of the glasses F at the time of mask wearing can be prevented.

FIG. 4 is an explanatory view showing an embodiment of claim 3 in the dustproof and antimicrobial mask of the present invention.
FIG. 4 (a) is an explanatory view showing a state before the dust proof filter 34 is mounted on the dust proof mask 10 of the present invention.
The dustproof antibacterial mask 10 of the present invention is a dustproof antibacterial mask 10 that eliminates the cloudiness of the glasses F and the breathlessness of exhaled air E when wearing the mask, and reliably prevents the entry of bacteria and dust from the side of the mask. The mask main body 20, the anti-fogging shield 36, and the dustproof antibacterial filter 34 are configured, and when the mask is mounted, the respiratory pressure is a part of the front mask portion 21 of the mask main body 20 having flexibility. Then, by acting on the path-shaped gap space 31 that avoids the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness, a part of the front mask portion 21 of the mask body 20 and the jaw portion 42 of the face. As a result, a portion of the front mask portion 21 in the vicinity of the nostril portion 40a and the mouth corner portion 41a of the mask body 20 has a structure that functions as a check valve. .

  The mask body 20 is formed of a flexible and air-impermeable shielding sheet material, and at least covers a part of the throat at the tip of the nostril portion 40a, mouth corner portion 41a, and jaw portion 42 of the face. Alternatively, it is formed in a flat, substantially rectangular shape, and is formed by forming ear hooks 22 on both sides of the front mask portion 21 that forms the front surface of the mask main body 20, and the breathing action is performed through the mask main body 20. Formed with no structure. As a material of the shielding sheet material in the above, for example, silicon, a soft synthetic resin, a metal sheet, leather or the like, or a flexible material subjected to barrier coating processing is used.

The dustproof and antibacterial filter 34 is three-dimensionally formed of a breathable filter structure material having continuous flexibility and cushioning properties, and is adhered or polymerized on the inner surface side of the front mask portion 21 of the mask body 20 to be applied to the face. It is formed in a shape that is in close contact with the surface, and at the center position in the left-right direction, the nostril portion 40a and the corner portion 41a of the face are avoided with a minimum narrowness, and the exhalation E is guided and discharged directly below. A clearance space 31 is formed, and a discharge port 33 is formed at the lowermost end by bending it so that the direction of the outlet is downward and inward following the shape of the tip of the jaw portion 42 of the face. As the filter structure material in the above, for example, felt, cotton cloth, chemical fiber, non-woven fabric, paper or the like is used.
In addition, since the dust-proof and anti-bacterial filter 34 is formed continuously, the opening is limited to the discharge port 33 only, so that intrusion of dust and bacteria from the outside can be surely prevented, and the breath E Are discharged in a straight line toward the discharge port 33, so that the breathlessness of exhaled air E can be easily solved.
Furthermore, by shaping the outside air shielding pad 30 into an arbitrary three-dimensional shape preferred by the user, it is possible to achieve both design at the time of wearing the mask and dustproof and antibacterial properties.
Furthermore, the front mask portion 21 of the mask body 20 is formed with a path-shaped gap space 31 that avoids the nostril portion 40a and the mouth corner portion 41a of the face with a minimum narrowness. It is possible to easily eliminate the difficulty of breathing, and it forms a high functionality and a dustproof and antibacterial effect structure not found in the conventional sanitary mask M.
Furthermore, the dustproof antibacterial filter 34 is attached to the inner surface side of the front mask portion 21 by an adhesive or attached by any method that is polymerized by the tightening force of the ear hook portion 22.

The anti-fogging shield 36 is three-dimensionally molded and pasted into a shape that fills the gap in the face along the inner edge of the upper side of the front mask portion 21 of the mask body 20, and exhaled air E discharged from the nostril 40 and the mouth 41. Therefore, the glasses F are formed of an air-permeable shielding cushioning material having flexibility and shape memory function for preventing the glasses F from being fogged. In addition, as the material of the shielding buffer material, for example, synthetic resin such as silicon, urethane, styrene, rubber, felt, cotton cloth, chemical fiber, non-woven fabric, paper, high density foaming resin, and flexible material with barrier coating processing Is used.
Further, the anti-fogging shield 36 may be attached to the front mask portion 21 of the mask body 20 by being adhered to the dustproof antibacterial filter 34.

  The path-shaped gap space 31 is formed at the central position in the left-right direction of the dustproof antibacterial filter 34 so as to avoid the nostril portion 40a and the mouth corner portion 41a of the face with a minimum narrowness, and guide the exhalation E directly below. It is formed in a discharge shape, and is bent at the lowermost end of the discharge path-shaped gap space 31 so that the direction of the outlet is downward and inward following the shape of the tip of the jaw portion 42 of the face. A discharge port 33 is formed, and the path-shaped gap space 31 is discharged from the nostril 40 and the mouth 41 by forming the shape so as to avoid the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness. The exhaled breath E can be discharged in a straight line. Moreover, since it is also a structure where the exhalation E is not discharged | emitted by the upper side direction of the mask main body 20, the fog prevention shield 36 provided in the conventional sanitary mask M which has a fog prevention structure is unnecessary.

  The specific shape that the path-shaped gap space 31 avoids with a minimum narrowness is that the upper nose muscle portion of the nostril portion 40a is opened in a horseshoe shape toward the two nostril portions 40a. Furthermore, it extends to the mouth corner portion 41a along the hole line of the mouth, and further opens in the bent state toward the throat at the tip of the jaw portion 42, and the exhaled air E discharged from the nostril 40 and the mouth 41 is discharged. It is formed to have a path-like shape that is discharged in a straight line toward the outlet 33.

The discharge port 33 is formed by bending at the lowermost end of the path-shaped gap space 31 of the dustproof and antibacterial filter 34 so that the direction of the outlet is downward and inward following the shape of the tip of the jaw portion 42 of the face. Therefore, most of the exhaled air E discharged from the nostril 40 and the mouth 41 is formed with a size and an outlet shape that are discharged in a straight line. Further, the outlet shape formed at the lowermost end can also be formed with a thickness having a step in order to facilitate the efficient discharge of exhaled breath E.
Incidentally, when the discharge port 33 is in the exhalation state, it has a shape that allows most of the exhalation E discharged from the nostril 40 and the mouth 41 to be discharged in a straight line, while in the inhalation state, the mask body 20 A part of the front mask part 21 and a part of the jaw part 42 of the face are in a close contact state and an open state, so that the nostril part 40a of the mask body 20 and a part of the front mask part 21 near the mouth corner part 41a are reversed. It has a shape that functions as a stop valve, is located far from the nostril portion 40a and the vicinity of the corner portion 41a and is not affected by inhalation, and the outlet direction is downward and inward (in the throat In this way, it is difficult for bacteria and dust floating in the outside air G to enter.

FIG. 4 (b) is an explanatory view showing a state after the dustproof / antimicrobial filter 34 is mounted on the dustproof / antimicrobial mask 10 of the present invention.
The dust proof mask 10 of the present invention employs a structure in which breathing air is sucked and discharged from the discharge port 33 provided below the dust proof filter 34 and the periphery of the dust proof filter 34, so that a conventional sanitary mask is used. A structure that can further enhance the dustproof and antibacterial effect as compared with the structure of sucking and discharging from the front cover portion of M is adopted.

  The dustproof antibacterial mask 10 of the present invention constituted as described above is a nostril portion on the face by a combination of an air-impermeable mask body 20, an air-permeable dustproof antibacterial filter 34, and a gas-impermeable anti-fogging shield 36. 40a and the mouth corner 41a are avoided with a minimum narrowness, and the breath E is surrounded by a shape that guides the breath E directly below, and the breathing air is sucked and exhausted only by the breathable dustproof antibacterial filter 34. As a result, inhalation W can be reliably prevented from entering from the side surface of the mask by performing the intake air W through the dust proof filter 34, and most of the exhaled air E is placed below the dust proof filter 34. By exhausting all at once from the exhaust port 33 provided (a part is exhausted from the periphery of the dustproof antibacterial filter 34), the breathlessness due to the exhalation E can be eliminated.

  In addition, since the exhaled air E discharged upward from the dustproof antibacterial filter 34 is blocked by the non-breathable anti-fogging shield 36, the glasses F can be prevented from being clouded when the mask is worn. Furthermore, by adopting a reverse structure in which the mask body 20 is formed of a non-breathable shielding sheet material compared to the conventional sanitary mask M, it has a high dustproof and antibacterial effect, as well as design and wearability. Is provided. Furthermore, the anti-fogging shield 36 and the dustproof antibacterial filter 34 are integrally formed with a breathable structural material, and the portion corresponding to the anti-fogging shield 36 is subjected to barrier coating to make it non-breathable. The cloudiness of the glasses F and the breathlessness of exhalation E when the mask is worn can be eliminated by using the same material. In addition, the mask body 20, the dustproof antibacterial filter 34 with double-sided tape and the anti-fogging shield 36 are separately packaged and commercialized, so that the sticking process in the manufacturing stage is omitted, The cost of manufacturing can be reduced.

  The dust-proof and anti-bacterial mask 10 of the present invention constituted by the three combination means of claims 1 to 3 described above has the structure of the conventional sanitary mask M that prevents the fogging of the glasses F when wearing the mask. A completely different structure is adopted, and a combination means using the breathable mask body 20 and the non-breathable outside air shielding pad 30 according to claim 1 and the breathable mask body 20 and the breathability according to claim 2. The combination means by the dustproof antibacterial filter 34 and the air-impermeable anti-fogging shielding body 36, the air-impermeable mask body 20 according to claim 3, the air-permeable dustproof anti-bacterial filter 34, and the air-impermeable anti-fogging shielding shield. By adopting three kinds of combination means of the combination means by the body 36, the cloudiness of the glasses F when wearing the mask and the breathlessness due to the exhalation E are eliminated, and bacteria from the side of the mask It is possible to prevent dust from entering simultaneously.

FIG. 5 is an explanatory view showing an embodiment of claim 4 in the dustproof and antimicrobial mask of the present invention.
The dustproof antibacterial mask 10 of the present invention is a dustproof antibacterial mask 10 that eliminates the cloudiness of the glasses F and the breathlessness of exhaled air E when wearing the mask, and reliably prevents the entry of bacteria and dust from the side of the mask. The mask body 20 and the dustproof and antibacterial filter sheet 38 are configured such that when the mask is worn, the respiratory pressure is a part of the front mask portion 21 of the mask body 20 having flexibility and the nostril portion of the face. By acting on the path-shaped gap space 31 that avoids the gap 40a and the corner portion 41a with a minimum width, a part of the front mask part 21 of the mask body 20 and a part of the jaw part 42 of the face are in close contact with each other. In addition, by being in the open state, a part of the front mask portion 21 in the vicinity of the nostril portion 40a and the corner portion 41a of the mask body 20 has a structure that functions as a check valve.

The mask main body 20 is formed of a flexible and breathable multilayer structure sheet material, and covers at least a part of the throat at the tip of the nostril portion 40a, mouth corner portion 41a, and jaw portion 42 of the face. Alternatively, it is formed in a flat, substantially rectangular shape, and is formed by forming ear hooking portions 22 on both sides of the front mask portion 21 that forms the front surface of the mask body 20, and as a material for the multilayer structure sheet material described above, For example, a flexible multilayered sheet material made of synthetic resin such as polypropylene and polyethylene, felt, cotton cloth, chemical fiber, non-woven fabric, paper, etc. is used, and it is three-dimensionally molded or multistage gathered to be mounted and ventilated. And dust-proof and anti-bacterial properties.
Although not shown, the check valve effect at the time of intake is further increased by sewing a multilayer structure sheet material formed of a material having higher flexibility by limiting a portion corresponding to the path-shaped gap space 31. The structure can be increased.

The dustproof and antibacterial filter sheet 38 is formed of a flexible, air-permeable multilayer structure sheet material or a filter structure material, and is attached by being polymerized inside the front mask portion 21 that forms the front surface of the mask body 20. It is formed in a three-dimensional or planar substantially rectangular shape, its upper edge is formed by an air-impermeable shielding buffer structure 39, and the nostril portion 40a and mouth corner portion 41a of the face are minimized at the center position in the left-right direction. A path-like gap space 31 that guides and discharges exhaled breath E directly below is formed in a hollow shape, and the direction of the exit is the shape of the front end of the jaw portion 42 of the face. The discharge port 33 is formed so as to be bent downward and inward in accordance with the above. As the material of the multilayer structure sheet material, for example, synthetic resin such as polypropylene and polyethylene, A flexible multi-layered sheet material made of rubber, cotton, chemical fiber, non-woven fabric, paper, etc. is used, and it is formed with three-dimensional molding or weaving to provide wearability, breathability, and dustproof and antibacterial properties. Is done.
In addition, the dust-proof and anti-bacterial filter sheet 38 is formed in a sheet-shaped double mask shape and the opening is limited to the discharge port 33, so that dust and bacteria can be prevented from entering from the outside. In addition, since the exhaled air E is exhausted in a straight line toward the exhaust port 33, the breathing difficulty of the exhaled air E can be easily solved.
Further, as the attachment means, the front mask portion 21 is attached to the inner surface side of the front mask portion 21 by an adhesive or is attached by any method in which polymerization is performed by the tightening force of the ear hook portion 22. Can be used by being superposed with each other, or can be detachably attached by means of a hook-and-loop fastener and a locking tool such as a double-sided tape or a button.

The shielding buffer structure 39 is formed at the upper edge of the dustproof and antibacterial filter sheet 38 and has the flexibility to prevent the glasses F from being clouded by the exhaled air E discharged from the nostril 40 and the mouth 41. The material of the shielding material in the above is, for example, synthetic resin such as silicon, urethane, styrene, rubber, felt, cotton cloth, chemical fiber, non-woven fabric, paper, high density foaming. Resin and flexible materials with barrier coating are used. Moreover, you may form the area | region which has the shielding property by weaving the raw material of a shielding material in the dustproof antibacterial filter sheet 38.
Moreover, the anti-fogging shielding body 36 which has a softness | flexibility and shape memory property can also be stuck or superposed | polymerized and attached to the edge inside the upper side of the dustproof antibacterial filter sheet 38.
Further, since the exhaust port 33 is provided at the lowermost central position in the left-right direction of the dustproof and antibacterial filter sheet 38 and the exhaust efficiency of the exhalation E is high, a shielding buffer formed at the upper side end depending on the intended use. The structure 39 can also be dispensed with.

  The path-like gap space 31 avoids the nostril portion 40a and the mouth corner portion 41a of the face at the central position in the left-right direction of the dustproof antibacterial filter sheet 38 and guides the exhaled air E directly below and is discharged. The bottom end is formed with a discharge port 33 that is bent and shaped so that the direction of the exit is downward and inward following the shape of the tip of the jaw portion 42 of the face. By forming the path-shaped gap space 31 in a shape that avoids the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness, the exhaled air E discharged from the nostril 40 and the mouth 41 is discharged in a straight line. can do. Moreover, since it is also a structure where the exhalation E is not discharged | emitted by the upper side direction of the mask main body 20, the fog prevention shield 36 provided in the conventional sanitary mask M which has a fog prevention structure is unnecessary.

  The specific shape that the path-shaped gap space 31 avoids with a minimum narrowness is that the upper nose muscle portion of the nostril portion 40a is opened in a horseshoe shape toward the two nostril portions 40a. Further, it extends to the corner 41a of the mouth portion along the hole in the mouth, and further opens in a bent state in the direction of the throat at the tip of the jaw portion 42, and the exhaled air E discharged from the nostril portion 40a is discharged into the discharge port 33. It is formed to have a path shape that is discharged in a straight line toward the surface.

The discharge port 33 is formed by bending at the lowermost end of the path-shaped gap space 31 of the dustproof and antibacterial filter sheet 38 so that the direction of the outlet is downward and inward following the shape of the tip of the jaw portion 42 of the face. Thus, most of the exhaled breath E discharged from the nostril 40 and the mouth 41 is formed with a size and outlet shape that are discharged in a straight line at a time. Further, the outlet shape formed at the lowermost end can also be formed with a thickness having a step in order to facilitate the efficient discharge of exhaled breath E.
Incidentally, when the discharge port 33 is in the exhalation state, it has a shape that allows most of the exhalation E discharged from the nostril 40 and the mouth 41 to be discharged in a straight line, while in the inhalation state, the mask body 20 A part of the front mask part 21 and a part of the jaw part 42 of the face are in a close contact state and an open state, so that the nostril part 40a of the mask body 20 and a part of the front mask part 21 near the mouth corner part 41a are reversed. It has a shape that functions as a stop valve, is located far from the nostril portion 40a and the vicinity of the corner portion 41a and is not affected by inhalation, and the outlet direction is downward and inward (in the throat In this way, it is difficult for bacteria and dust floating in the outside air G to enter.

  The dustproof and antibacterial mask 10 of the present invention configured as described above has the minimum nose of the nostril portion 40a and the mouth corner portion 41a of the face by the combination of the breathable mask body 20 and the breathable dustproof and antibacterial filter sheet 38. In this structure, the breathing air E is enclosed in a shape that guides the exhalation E directly below, and the breathing air can be sucked and discharged into the dustproof antibacterial filter sheet 38. By restricting to the passage through the mask, the invasion of bacteria and dust from the side of the mask is surely prevented, and most of the exhalation E (a part is discharged through the front mask portion 21) is discharged from the dustproof / antibacterial filter sheet 38. By exhausting in a straight line from the outlet 33, it is possible to eliminate the difficulty of breathing due to the exhalation E.

FIG. 6 is an explanatory view showing an embodiment of claim 5 in the dustproof antibacterial mask of the present invention.
Fig.6 (a) is a front view which shows the use condition of the dustproof antimicrobial mask 10 of this invention.
The dustproof antibacterial mask 10 of the present invention projects an outside air shielding tongue 35 that biases in the direction of the jaw part 42 of the face near the outlet of the discharge port 33 located in the center of the lower end of the front mask part 21 of the mask body 20. The structure is formed.

  The outside air shielding tongue 35 is a tongue that is provided at the center of the lower side of the mask main body 20 so as to be instigated and shields the intrusion of outside air G. Specifically, the base portion is attached to the center of the lower end portion of the mask body 20, and the tip portion is always on the skin surface of the wearer's throat. It is attached with a shape that is biased and in contact.

FIG. 6 (b) shows an intake state when the dustproof / antimicrobial mask 10 of the present invention is used.
When the outside air G is inhaled through the front mask portion 21 in the vicinity of the nostril portion 40a and the mouth corner portion 41a, the flexibility of the vicinity of the jaw portion 42 is obtained. A part of the front mask portion 21 is closely attached to the surface of the jaw portion 42 to block the discharge port 33 provided below the outside air shielding pad 30 or the dustproof antibacterial filter 34 to enter the outside air G (bacteria and dust) entering from the outside. ) Is cut off. In other words, when a part of the front mask part 21 does not adhere to the surface of the jaw part 42, the intake force is weak, so that the outside air G (bacteria and dust) does not enter.

  Incidentally, when the discharge port 33 is in the exhalation state, most of the exhalation E discharged from the nostril 40 and the mouth 41 can be discharged in a straight line, whereas in the inhalation state, the mask body 20 The front mask portion 21 is flexible and has a structure in which the front mask portion 21 serves to close and close the discharge port 33, or is located far away from the vicinity of the nostril portion 40a and the mouth corner portion 41a. Due to the fact that it is difficult to infiltrate bacteria and dust, such as being provided at a position where it does not affect, or by being bent inward (in the direction of the throat), the opening direction is downward and inward. Invasion of bacteria and dust floating on the surface can be reliably prevented.

FIG.6 (c) shows the expiration state at the time of using the dustproof antimicrobial mask 10 of this invention.
The exhalation state of the outside air G when using the dustproof antibacterial mask 10 of the present invention is such that when most of the exhalation E discharged from the nostril 40 and the mouth 41 is discharged into the path-like gap space 31, A portion of the flexible front mask portion 21 near the portion 42 is separated from the jaw portion 42 and the discharge port 33 provided below the outside air shielding pad 30 or the dustproof antibacterial filter 34 is opened, thereby opening the nostril 40 and Most of the exhaled air E discharged from the port 41 is discharged from the discharge port 33 in a straight line.

  As shown in the balloon, an outside air shielding tongue piece 35 is provided at the center position of the lower side of the front mask portion 21 of the mask body 20 so as to be instigated, and instigates in accordance with the intake and exhaust of the exhaled air. In particular, the base is attached to the mask body 20 and the tip is always urged against the surface of the skin of the wearer's throat. Can be installed in contact.

  The dustproof antibacterial mask 10 of the present invention configured as described above is configured such that most of the exhaled air E discharged from the nostril 40 and the mouth 41 is discharged from the discharge port 33 in a straight line at a time, so that the glasses when wearing the mask F can be prevented from being clouded, and can be worn comfortably without feeling uncomfortable even during sports where accurate breathing is required.

FIG. 7 is an explanatory view showing an embodiment of claim 6 in the dustproof antibacterial mask of the present invention.
The dust-proof and anti-bacterial mask 10 of the present invention is formed by providing attachment auxiliary pieces 37 extending in the form of sheets on both sides of the outside air shielding pad 30 or the dust-proof and anti-bacterial filter 34.

  The dustproof and antibacterial mask 10 of the present invention is formed by providing a mounting auxiliary piece 37 extending in the form of a sheet on both sides of the outside air shielding pad 30 or the dustproof and antibacterial filter 34. Since the attachment auxiliary pieces 37 are provided on both sides of the bacteria filter 34, the front mask portion 21 and the attachment auxiliary piece 37 are in close contact with each other when the mask is attached, so that bacteria and dust enter from the side of the mask. Can be reliably prevented, and the manufacturing cost can be reduced by omitting the step of sticking the outside air shielding pad 30 or the dustproof antibacterial filter 34 to the mask main body 20 at the time of manufacture.

  The mounting assisting piece 37 is formed by using the same flexible and soft material as the outside air shielding pad 30 or the dustproof and antibacterial filter 34, and is formed as a single body or integrally molded. The overall shape is within the shape of the mask body 20. It is formed in a substantially rectangular shape of a three-dimensional shape or a planar shape that fits.

  In addition, the attachment assisting piece 37 is selected to be either air permeable or air permeable according to the material of the external air shielding pad 30 and the dustproof / antibacterial filter 34 provided in series. Further, by sticking a double-sided tape on both surfaces of the mounting assisting piece 37, it is possible to prevent the mask main body 20, the outside air shielding pad 30 and the dustproof antibacterial filter 34 from being displaced, and the mask main body 20 and the double-sided tape are attached. Since the outside air shielding pad 30, the dustproof antibacterial filter 34, and the anti-fogging shield 36 are separately packed, the sticking process in the manufacturing stage is omitted, so that the manufacturing unit cost can be reduced.

  The dustproof and antibacterial mask 10 of the present invention provided with the mounting auxiliary piece 37 configured as described above has a dustproof and antibacterial performance as compared with the conventional sanitary mask M and the dustproof and antimicrobial mask 10 according to claims 1 to 3. As the height increases, the outside air shielding pad 30 and the dustproof / antibacterial filter 34 to which the mounting assisting piece 37 is mounted can be used detachably in accordance with the use situation of the user.

FIG. 8 is an explanatory view showing the respiratory state of the dustproof and antibacterial mask of the present invention.
FIG. 8 (a) is an explanatory view showing a respiratory state when the dustproof and antibacterial mask 10 of claim 1 of the present invention is used.
During inhalation when the dust-proof and anti-bacterial mask 10 of the present invention is used, the outside air G is inhaled while being limited to the front mask portion 21, thereby reliably preventing bacteria and dust from entering from the side of the mask. It has a structure that can do. On the other hand, at the time of exhalation, a part of the exhalation E is discharged through the front mask portion 21 and most of the exhalation E is discharged at once from the discharge port 33 provided below the shielding pad 30. It has a structure that can eliminate the difficulty of breathing due to cloudiness of the glasses F and exhalation E at the time.

FIG. 8B is an explanatory view showing a respiratory state when the dustproof antibacterial mask 10 of claim 2 of the present invention is used.
At the time of inhalation when the dustproof antibacterial mask 10 of the present invention is used, the outside air G is sucked from the front mask portion 21 and from the peripheral edge of the dustproof antibacterial filter 34, so that bacteria and dust from the side of the mask The structure is such that the intrusion can be reliably prevented by the dustproof antibacterial filter 34. On the other hand, at the time of exhalation, a part of the exhalation E is discharged through the front mask part 21, and most of the exhalation E is discharged at once from a discharge port 33 provided below the dustproof antibacterial filter 34, The exhaled breath E that is partially discharged upward is blocked by the anti-fogging shield 36, so that the fogging of the glasses F when wearing the mask and the shortness of breath due to the exhaled air E can be eliminated.

FIG. 8 (c) is an explanatory view showing a respiratory state when the dustproof / antibacterial mask 10 according to claim 3 of the present invention is used.
At the time of inhalation when the dustproof antibacterial mask 10 of the present invention is used, the outside air G is sucked from the peripheral edge of the dustproof antibacterial filter 34 to prevent the invasion of bacteria and dust from the side of the mask. 34 is a structure that can be reliably blocked. On the other hand, at the time of exhalation, most of the exhalation E is discharged in a straight line from the discharge port 33 provided below the dustproof antibacterial filter 34, so that the glasses F are cloudy when the mask is worn and the breathing due to the exhalation E Can be eliminated.

  The dustproof antibacterial mask 10 of the present invention configured as described above can eliminate the cloudiness of the glasses F and the breathlessness due to exhalation E when wearing the mask, which did not work as a function of the conventional sanitary mask M, and With three functions that can reliably prevent the invasion of bacteria and dust from the side, it can be used as a variety of industrial hygiene masks for cold, hay fever, dust prevention, and medical and construction use. Can be used.

FIG. 9 is an explanatory view showing a respiratory state of a conventional sanitary mask.
FIG. 9A is an explanatory diagram showing a respiratory state when a conventional sanitary mask M is used.
In the state of use of the conventional sanitary mask M that is not provided with the anti-fogging function, outside air G is inhaled from the direction through the front mask portion 21 and all the peripheral edges during inhalation, but part of exhalation E during exhalation. Is discharged in the direction of the upper side of the mask portion 21, so that the fogging of the glasses F when wearing the mask cannot be prevented. Furthermore, the breathing difficulty caused by the exhalation E cannot be eliminated, and the invasion of bacteria and dust from the side of the mask cannot be reliably prevented.

FIG. 9B is an explanatory diagram showing a respiratory state when the conventional sanitary mask M to which the anti-fogging shield 36 is attached is used.
The state of use of the conventional sanitary mask M provided with the anti-fogging function is that outside air G is inhaled from the direction beyond the front mask portion 21 and from all directions other than the upper edge during inhalation. Although a part is discharged in the upper side direction, since it is blocked by the anti-fogging shield 36, it is possible to prevent the fogging of the glasses F when wearing the mask, but it is not possible to eliminate the shortness of breath due to exhalation E, The structure prevents the entry of bacteria and dust from the side of the mask.

  The dustproof and antibacterial mask of the present invention eliminates the cloudiness of the glasses when wearing the mask and the breathlessness of exhalation, and has a structure that reliably prevents the invasion of bacteria and dust from the side of the mask. Masks suitable for all types of mask usage, including masks, sports masks, cold protection masks, medical masks, fashionable masks, cooking masks, manufacturing site masks, construction site masks, laboratory masks, business masks, etc. Therefore, it can be understood that the industrial applicability of the “dustproof / antimicrobial mask” in the present invention is extremely high.

DESCRIPTION OF SYMBOLS 10 Dust-proof antimicrobial mask 20 Mask main body 21 Front mask part 22 Ear hook part 30 Outside air shielding pad 31 Path-like clearance space 33 Outlet 34 Dustproof antibacterial filter 35 Outside air shielding tongue piece 36 Anti-fogging shielding body 37 Attachment auxiliary piece 38 Dustproof Antibacterial filter sheet 39 Shielding buffer structure 40 Nostril 40a Nostril 41 Mouth 41a Corner corner 42 Jaw F Glasses E Exhalation W Inhalation G Outside air M Conventional sanitary mask

The path-shaped gap space 31 has a shape that avoids the nostril portion 40a and the corner portion 41a of the face at the center position in the left-right direction of the outside air shielding pad 30 with a minimum narrowness and guides the exhaled air E directly below and discharges it. The discharge port 33 is formed at the lowermost end and is bent so that the direction of the exit is downward and inward following the shape of the tip of the jaw portion 42 of the face. By forming the gap space 31 in a shape that avoids the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness, the exhaled air E discharged from the nostril 40 and the mouth 41 can be discharged in a straight line. In addition , since the breath E is not discharged in the upper side direction of the mask body 20, the anti-fogging shield 36 provided in the conventional sanitary mask M having the anti-fogging structure can be eliminated .

The path-shaped gap space 31 avoids the nostril portion 40a and the mouth corner portion 41a of the face at the central position in the left-right direction of the dustproof antibacterial filter 34 and guides the exhaled air E directly below and discharges it. The discharge port 33 is formed at the lowermost end and is bent so that the direction of the exit is downward and inward following the shape of the tip of the jaw portion 42 of the face. By forming the face-shaped gap space 31 into a shape that avoids the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness, the exhaled air E discharged from the nostril 40 and the mouth 41 is discharged in a straight line all at once. In addition , since the breath E is not discharged in the upper side direction of the mask body 20, the anti-fogging shield 36 provided in the conventional sanitary mask M having the anti-fogging structure can be eliminated .

The path-shaped gap space 31 is formed at the central position in the left-right direction of the dustproof antibacterial filter 34 so as to avoid the nostril portion 40a and the mouth corner portion 41a of the face with a minimum narrowness, and guide the exhalation E directly below. It is formed in a discharge shape, and is bent at the lowermost end of the discharge path-shaped gap space 31 so that the direction of the outlet is downward and inward following the shape of the tip of the jaw portion 42 of the face. A discharge port 33 is formed, and the path-shaped gap space 31 is discharged from the nostril 40 and the mouth 41 by forming the shape so as to avoid the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness. The exhaled breath E can be discharged in a straight line at a time , and the exhaled breath E is not discharged in the upper side direction of the mask main body 20, so that the conventional anti-fogging mask M having the anti-fogging structure M is prevented from fogging. Shield 36 is unnecessary You can also

The shielding buffer structure 39 is formed at the upper edge of the dustproof and antibacterial filter sheet 38 and has the flexibility to prevent the glasses F from being clouded by the exhaled air E discharged from the nostril 40 and the mouth 41. The material of the shielding material in the above is, for example, synthetic resin such as silicon, urethane, styrene, rubber, felt, cotton cloth, chemical fiber, non-woven fabric, paper, high density foaming. Resin and flexible materials with barrier coating are used. Moreover, you may form the area | region which has the shielding property by weaving the raw material of a shielding material in the dustproof antibacterial filter sheet 38.
Moreover, the anti-fogging shielding body 36 which has a softness | flexibility and shape memory property can also be stuck or superposed | polymerized and attached to the edge inside the upper side of the dustproof antibacterial filter sheet 38.
Further, dustproof on the left and right direction of the center position the lowermost end of the antibacterial filter sheet 38, because of high discharge efficiency of the discharge port 33 is provided in the exhalation E, the shielding buffer structure 39 formed on the upper side end portion required It can also be.

The path-like gap space 31 avoids the nostril portion 40a and the mouth corner portion 41a of the face at the central position in the left-right direction of the dustproof antibacterial filter sheet 38 and guides the exhaled air E directly below and is discharged. The bottom end is formed with a discharge port 33 that is bent and shaped so that the direction of the exit is downward and inward following the shape of the tip of the jaw portion 42 of the face. By forming the path-shaped gap space 31 in a shape that avoids the nostril portion 40a and the corner portion 41a of the face with a minimum narrowness, the exhaled air E discharged from the nostril 40 and the mouth 41 is discharged in a straight line. In addition , since the breath E is not discharged in the upper side direction of the mask main body 20, the shielding buffer structure 39 formed on the upper side edge of the dustproof / antibacterial filter sheet 38 can be eliminated.

Claims (6)

A dust-proof antibacterial mask that eliminates the cloudiness of breathing glasses and the breathlessness of exhalation when wearing a mask, and reliably prevents the invasion of bacteria and dust from the side of the mask,
The dustproof antibacterial mask is composed of a mask body and an outside air shielding pad,
The mask body is formed of a flexible and breathable multilayer structure sheet material, and at least covers the nostril portion, mouth corner portion of the face, and a part of the throat at the tip of the chin portion, or a three-dimensional or planar shape. Formed on the both sides of the front mask portion that forms the front surface of the mask body,
The outside air shielding pad is three-dimensionally molded with a non-breathable shielding cushioning material having continuous flexibility and cushioning, and is attached or polymerized on the inner surface side of the front mask portion of the mask main body to be a face surface. In the center position in the left and right direction, a path-like gap space that avoids the nostril and mouth corner of the face with a minimum narrowness and guides and exhales exhaled air is formed at the center position in the left-right direction. And, at the lowermost end of the path-shaped gap space, it is formed by forming a discharge port that is bent and shaped so that the direction of the exit is downward and inward following the shape of the front end of the jaw of the face,
When wearing a mask, the respiratory pressure acts on a part of the front mask part of the mask body having flexibility and a path-like gap space that avoids the nostril part and the corner of the face with a minimum narrowness. By this, a part of the front mask part of the mask body and a part of the jaw part of the face are in a close contact state and an open state, so that a part of the front mask part near the nostril part and the mouth corner part of the mask body is Dust and antibacterial mask characterized by acting as a check valve. A dust-proof antibacterial mask that eliminates the cloudiness of breathing glasses and the breathlessness of exhalation when wearing a mask, and reliably prevents the invasion of bacteria and dust from the side of the mask,
The dustproof antibacterial mask is composed of a mask body, a fog prevention shield, and a dustproof antibacterial filter,
The mask body is formed of a flexible and breathable multilayer structure sheet material, and at least covers the nostril portion, mouth corner portion of the face, and a part of the throat at the tip of the chin portion, or a three-dimensional or planar shape. Formed on the both sides of the front mask portion that forms the front surface of the mask body,
The anti-fogging shielding body is three-dimensionally molded with an air-impermeable shielding cushioning material having flexibility and shape memory, and is attached to the inner edge of the upper side of the front mask portion of the mask body,
The dustproof antibacterial filter is three-dimensionally molded with a breathable filter structure material having continuous flexibility and cushioning properties, and is attached or polymerized on the inner surface side of the front mask portion of the mask body to make the surface of the face In the center position in the left and right direction, a path-like gap space that avoids the nostril and mouth corner of the face with a minimum narrowness and guides and exhales exhaled air is formed at the center position in the left-right direction. And, at the lowermost end of the path-shaped gap space, it is formed by forming a discharge port that is bent and shaped so that the direction of the exit is downward and inward following the shape of the front end of the jaw of the face,
When wearing a mask, the respiratory pressure acts on a part of the front mask part of the mask body having flexibility and a path-like gap space that avoids the nostril part and the corner of the face with a minimum narrowness. By this, a part of the front mask part of the mask body and a part of the jaw part of the face are in a close contact state and an open state, so that a part of the front mask part near the nostril part and the mouth corner part of the mask body is Dust and antibacterial mask characterized by acting as a check valve. A dust-proof antibacterial mask that eliminates the cloudiness of breathing glasses and the breathlessness of exhalation when wearing a mask, and reliably prevents the invasion of bacteria and dust from the side of the mask,
The dustproof antibacterial mask is composed of a mask body, a fog prevention shield, and a dustproof antibacterial filter,
The mask body is formed of a flexible and air-impermeable shielding sheet material, and at least covers the nostril portion, mouth corner portion of the face, and part of the throat at the tip of the chin portion, or a three-dimensional or planar shape. Formed on the both sides of the front mask portion that forms the front surface of the mask body,
The anti-fogging shielding body is three-dimensionally molded with an air-impermeable shielding cushioning material having flexibility and shape memory, and is attached to the inner edge of the upper side of the front mask portion of the mask body,
The dustproof antibacterial filter is three-dimensionally molded with a breathable filter structure material having continuous flexibility and cushioning properties, and is attached or polymerized on the inner surface side of the front mask portion of the mask body to make the surface of the face In the center position in the left and right direction, a path-like gap space that avoids the nostril and mouth corner of the face with a minimum narrowness and guides and exhales exhaled air is formed at the center position in the left-right direction. And, at the lowermost end of the path-shaped gap space, it is formed by forming a discharge port that is bent and shaped so that the direction of the exit is downward and inward following the shape of the front end of the jaw of the face,
When wearing a mask, the respiratory pressure acts on a part of the front mask part of the mask body having flexibility and a path-like gap space that avoids the nostril part and the corner of the face with a minimum narrowness. By this, a part of the front mask part of the mask body and a part of the jaw part of the face are in a close contact state and an open state, so that a part of the front mask part near the nostril part and the mouth corner part of the mask body is Dust and antibacterial mask characterized by acting as a check valve. A dust-proof antibacterial mask that eliminates the cloudiness of breathing glasses and the breathlessness of exhalation when wearing a mask, and reliably prevents the invasion of bacteria and dust from the side of the mask,
The dustproof antibacterial mask comprises a mask body and a dustproof antibacterial filter sheet,
The mask body is formed of a flexible and breathable multilayer structure sheet material, and at least covers the nostril portion, mouth corner portion of the face, and a part of the throat at the tip of the chin portion, or a three-dimensional or planar shape. Formed on the both sides of the front mask portion that forms the front surface of the mask body,
The dustproof and antibacterial filter sheet is formed of a flexible and breathable multilayer structure sheet material or a filter structure material, and is three-dimensionally mounted inside the front mask portion forming the front surface of the mask body. It is formed in a substantially rectangular shape with a flat or planar shape, and its upper edge is formed with a non-breathable shielding buffer structure, and the nostril and mouth corners of the face are narrowed to the minimum at the center in the left-right direction. A path-like gap space that guides and discharges exhalation directly below is formed in a hollow shape, and the exit direction is the shape of the front end of the jaw on the face at the lowermost end of the path-like gap space It is formed by forming a discharge port bent and shaped so as to follow downward and inward,
When wearing a mask, the respiratory pressure is a path that avoids a part of the front mask part of the mask body having flexibility and the nostril part and the corner of the mouth of the face of the dustproof antibacterial filter sheet with a minimum narrowness. By acting on the gap space of the mask body, a part of the front mask part of the mask body and a part of the jaw part of the face are in a close contact state and an open state, so that the mask body near the nostril part and the mouth corner part. Part of the front mask part functions as a check valve.   5. An outside air shielding tongue for urging in the direction of the jaw portion of the face is provided in the vicinity of the outlet of the discharge port located at the center of the lower end of the front mask portion of the mask body. Any one of the dustproof antibacterial masks. The dustproof and antimicrobial mask according to any one of claims 1 to 3, wherein a mounting auxiliary piece extending in a sheet shape is provided on both sides of the outside air shielding pad or the dustproof and antimicrobial filter.

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