JP2019123554A - Automotive fragrance container - Google Patents

Abstract

To provide an automotive fragrance container of so-called reed diffuser type which overcomes the vibration caused in motor vehicles.SOLUTION: A fragrance container having a container stored a liquid fragrance, an inner lid fitted to a mouth of the container, a plurality of lead materials penetrating through the inner lid and having a height higher than the height of the container, and a cover provided with at least one or more openings in the state fixed to the container, and provided with a plurality of through holes through which the lead material is provided in the inner lid can be suitably used in an automobile since leakage of the liquid fragrance due to vibration and unintended movement of the lead material in spite of the reed diffuser type is suppressed.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a container for an automotive fragrance, and more particularly to a fragrance container using a fragrance container called a reed diffuser in a vehicle.

  In order to make the living space comfortable, it is widespread to release the scent to the living space. For example, Patent Document 1 discloses an aroma emanating device which sucks up a liquid aromatic contained in a container with a plurality of long flat rectangular plate materials (leads) and releases the liquid aromatic agent into air.

  Further, in Patent Document 2, at least two bamboo rods are bundled using at least one binding member, and the upper portion of the bamboo rods includes a ring portion formed into a ring shape by bending or knitting, A liquid air freshener diffuser is disclosed that diffuses the liquid air freshener out of the ring by soaking the lower part of the bamboo rod in the liquid air freshener.

  On the other hand, it is practiced to release the smell also in the car which can be said to be a part of the living space. In the case of a car, since there is vibration during traveling, it is devised that the liquid air freshener does not leak even if the container falls over. In addition, the container itself is fixed so as not to fall down.

Utility model registration 3119834 gazette Utility model registration No. 3210701

  As in Patent Document 1 and Patent Document 2, in the type (so-called reed diffuser) in which the liquid aromatic agent is sucked and dissipated by a lead (the so-called reed diffuser), the adjustment of the amount of divergence is easy by adjusting the number of leads. In addition, since the lead is disposed at a higher position than the container, it is desirable as a dispersal container for the fragrance.

  However, stability is poor because the lead extends above the container and the lead can move around at the mouth of the container. In addition, since the container is used with the mouth of the container kept open, there is also a problem that the liquid fragrance tends to spill when vibration or the like is applied to the container itself. In addition, since the tips of the plurality of leads protrude in the air, there is a possibility that the leads in an automobile may be an occupant. Furthermore, the reed may even pop out of the container due to vibration. Therefore, the reed diffuser type fragrance container has not been used for automobiles.

  SUMMARY OF THE INVENTION The present invention was conceived in view of the above problems, and it is an object of the present invention to provide an automotive fragrance container which is stable and hardly leaks liquid even if a lead is used.

More specifically, the fragrance container according to the present invention is
A container for containing the liquid air freshener,
An inner lid fitted to the mouth of the container;
A plurality of lead members provided through the inner lid and higher than the height of the container;
A cover provided with at least one or more openings in a fixed state to the container;
The inner lid is provided with a plurality of through holes through which the lead material is inserted.

  In the fragrance container according to the present invention, since the lead material is inserted through the inner lid fitted to the mouth of the container, the lead material is fixed. Furthermore, in the portion of the mouth of the container, since the inner lid closes the space in the portion where there is no lead material, even if the container falls down, the liquid fragrance in the container is less likely to spill out.

  Further, since the insertion direction of the lead material can be regulated by the guide provided in the inner lid portion, the lead material can be uniformly inserted into the inner bottom of the container. In addition, since the lower end of the lead material can be easily disposed at the bottom edge of the inner surface of the container, it is possible that all the liquid fragrance be absorbed by the lead material by making the inner bottom surface of the container have a raised center. it can.

It is an assembly drawing of the aromatic container concerning the present invention. It is a perspective view and a side view of a fragrance agent container concerning the present invention. It is sectional drawing of the bottom of a container. It is an enlarged view of a middle lid (core pressing). They are an enlarged view of a middle lid (core pressing), and a figure showing the state where a tongue piece was bent. It is an enlarged view showing formation of a tongue of an inner lid. It is a perspective view which shows the inner cover of another form. It is the top view and sectional drawing of the inner cover of another form. It is a side view of the other form of the inner lid. It is the top view from the bottom direction of the inner cover of another form.

  The fragrance container according to the present invention will be described below with reference to the drawings and examples. The following description exemplifies one embodiment and one example of the present invention, and the present invention is not limited to the following description. The following description can be modified without departing from the spirit of the present invention. Further, in the present specification, the upper and lower sides refer to the upper and lower sides in the direction of gravity, and the fragrance container is described as being placed on a horizontal surface.

  FIG. 1 shows an assembly view of the fragrance container according to the present invention, FIG. 2 (a) shows a transparent perspective view of the assembled fragrance container, and FIG. 2 (b) shows a transparent side view. The fragrance container 1 according to the present invention includes a container 10 filled with a liquid fragrance, an inner lid 12, a lead material 14, and a cover 16.

  The container 10 may be made of a material such as glass, plastic or metal. In order to be able to easily check the remaining amount of content, a transparent material is desirable. The container 10 has at least a mouth 10a, a body 10b, a shoulder 10c, an inner bottom 10d, and an outer bottom 10e.

  The mouth 10 a of the container 10 can be formed narrower than the body 10 b of the container 10. In the fragrance container 1 according to the present invention, since the lead material 14 jumping out of the container 10 is accommodated in the cover 16, there is a case where a margin for fitting the cover 16 and the container 10 is necessary. The shoulder 10c of the container 10 is necessarily formed if the mouth 10a is the same as the trunk 10b or thinner than the trunk 10b.

  In addition, the fitting part (not shown) with the cover 16 may be provided in the opening 10a or the shoulder 10c. The cover 16 is fixed directly or indirectly to the mouth 10a or the shoulder 10c by fitting, screwing or other locking method. Here, "indirect" means that the cover 16 and the container 10 are fixed via another member. As a result, the cover 16 is fixed to the container 10. This fixing may be detachably fixed or may be semi-permanent fixing such as bonding, welding, caulking.

  The inner bottom 10 d of the container 10 refers to the inner bottom of the container 10. Further, the outer bottom 10 e refers to the bottom outside the container 10. Therefore, the inner bottom 10d and the outer bottom 10e are in an opposing relationship. The inner bottom 10d of the container 10 is preferably not flat and has a high portion 10dH and a low portion 10dL (see FIG. 3), and has a shape that smoothly changes from the high portion 10dH to the low portion 10dL. The reason for this is to make it easy to absorb the liquid fragrance by keeping the liquid fragrance collected in the lower portion 10 dL whenever the remaining amount of the liquid fragrance inside is reduced.

  For example, reference will be made to FIG. A high portion 10dH is provided at the center of the inner bottom 10d, and a low portion 10dL is provided around the inner bottom 10d. In this way, the liquid fragrance is always collected around the inner bottom 10d. Further, referring to FIG. 3A, a high portion 10dH may be provided around the inner bottom 10d, and a low portion 10dL may be provided at the central portion of the inner bottom 10d. In this way, the liquid fragrance is always collected at the center of the inner bottom 10d.

  Therefore, by allowing the lower end of at least one of the lead members 14 to be disposed in the lower portion 10 dL, the liquid fragrance can be sucked up by the lead member 14 to the end. A plurality of high portions 10dH and low portions 10dL may be provided in one container 10.

  On the other hand, the outer bottom 10e of the container 10 may be formed to have a flat portion. It is for fixing to the dashboard etc. in a motor vehicle by sticking a double-sided tape etc. to this part. The flat portion may be formed flat over the entire outer bottom 10 e. In addition, the central portion of the outer bottom 10e may be raised toward the mouth 10a of the container 10, and the periphery of the raised portion may be formed flat.

  There is no limitation in particular in the shape of the fuselage | body 10b. The horizontal cross section of the body 10b may be circular, or rectangular, square, oval, or any other suitable shape. Moreover, the cross-sectional area of the fuselage | body 10b may be changing in the height from the inner bottom 10d. Also, the shape of the cross section may be changed at a height from the inner bottom 10d.

  Please refer to FIG. 1 and FIG. 2 again. As the lead material 14, a wooden board or a wooden rod is preferably used. In particular, wooden rods are preferred. The lead material 14 sucks up the liquid fragrance in the container 10 by capillary action. Therefore, as long as the liquid fragrance in the container 10 can be sucked up, it is not limited to wooden. For example, resin, artificial fiber, non-woven fabric, woven fabric and the like can be used as the material, and it may be paper. Moreover, the composite material of several raw material may be sufficient.

  It is desirable that the lead 14 be at least longer than the inner height of the container 10 (the length from the inner bottom 10d to the mouth 10a). This is to suck up the liquid fragrance in the container 10 and evaporate the fragrance above the mouth 10 a of the container 10. A plurality of lead materials 14 can be used. When a plurality of lead materials 14 are used, the amount of volatilization can be adjusted by the number of lead materials 14.

  Moreover, the thin thing of the lead material 14 can use preferably. Even if the remaining amount of the liquid fragrance in the container 10 decreases, it can be sucked up. The thickness of the lead material 14 is preferably 1 mm or more and 10 mm or less, and more preferably 2 mm or more and 8 mm or less. In addition, 3 mm or more and 5 mm or less is most preferable.

  The inner lid 12 closes the opening 10 a of the container 10 and allows the lead member 14 to pass therethrough. Here, the core presser 22 corresponds to the inner lid 12. Moreover, in order to fix the core presser 22, the example which uses the screw plug 20 is shown. However, the inner lid 12 may be fixed to the mouth 10 a of the container 10 alone. The core presser 22 is partially inserted into the mouth 10 a of the container 10 and hooked to the mouth 10 a at the edge 22 a. The screw plug 20 has a female screw formed inside, and is fixed to the container 10 by screwing with a male screw provided on the outside of the mouth 10 a of the container 10. In addition, the screw plug 20 is provided with a holddown 20a inside, and holds the lead presser 22 latched to the opening 10a between the opening 10a and the opening 10a.

  The core presser 22 is shown in FIG. FIG. 4A is a top plan view of the core presser 22. FIG. 4 (b) is a plan view from below. FIG. 4C is a perspective view from below. Moreover, FIG.4 (d) is a BB cross section of Fig.4 (a), and FIG.4 (e) is a CC cross section of Fig.4 (a).

  The core presser 22 includes an edge 22 a and an insertion portion 22 b which is inserted into the container 10 from the opening 10 a of the container 10. At the bottom 22bb of the insertion portion 22b, six through holes 22c and an air hole 22d at the center are formed. The through holes 22c are partially cut in the remaining portion in a state where the through holes 22c are partially connected to the bottom 22bb. In other words, a circular cut is made while leaving the uncut portion 22cr in part. The portion remaining in a circular shape is called a tongue 22ca. FIG. 5A shows an enlarged view of this portion. The tongue 22ca almost blocks the through hole 22c. The uncut portion 22cr is a portion connecting the tongue 22ca and the bottom 22bb of the insertion portion 22b.

  FIGS. 5B and 5C show that the tongue 22ca in the through hole 22c of the core presser 22 is pushed from the outside of the container 10 into the inside of the container 10. FIG. In practice, the pushing of the tongue 22 ca is performed by the lead material 14.

  As described above, when the lead 14 is pierced in the inner lid 12 (core press 22), the tongue piece 22ca is pushed down and pierced. In other words, in the through hole 22 c in which the lead material 14 is not provided, the tongue 22 ca is in a state of closing the through hole 22 c. Accordingly, even if the container 10 falls down due to excessive vibration, the liquid fragrance in the container 10 is unlikely to leak out.

  When the lead 14 is inserted, the tongue piece 22ca urges the lead 14 against the through hole 22c in an attempt to return to the original position, thereby restricting the movement of the lead 14. Therefore, the lead material 14 is defined and fixed in the direction of penetration. Therefore, the situation where the lead material 14 moves around due to vibration or jumps out of the through hole 22c is suppressed. As described above, a portion that restricts the insertion direction and the movement of the lead material 14 is referred to as a guide 30. In the case of FIG. 5, the guide 30 is a tongue 22ca provided in the through hole 22c of the inner lid 12 (core press 22).

  It may be said that the tongue piece 22 ca which is bent downward leaving a part on the inner lid 12 is one of the modes that the guide 30 can take. The guide 30 may have an aspect other than the tongue 22 ca of the inner lid 12 (core presser 22) shown in FIG. 5 as long as it regulates movement of the lead member 14. For example, as shown in FIGS. 5 (b) and 5 (c), the guide 30 is in a state in which a tongue 22ca defining the insertion direction of the lead 14 is opened at a predetermined angle below the through hole 22c. It may be

  Also, if the inner lid 12 is formed of a flexible, stretchable material such as sponge and a cut is made at the position of the through hole 22c, the lead material 14 can pass through, and further, a cut is made. The insertion direction of the lead material 14 can be regulated to some extent by the direction. The guide 30 may have such a form.

  Further, the guide 30 may be a projection or the like capable of locking a part of the lead material 14 provided in advance on the inner surface or the upper surface of the cover 16. Although the upper surface of the cover 16 is the opening 16a in the description of the present specification, the guide 30 may be provided on the upper surface of the cover 16 when the upper surface of the cover 16 is closed.

  Further, the lower end of the lead material 14 may be fixed to the inner bottom 10 d of the container 10. Further, the guide of the reticulated lead material 14 may be provided in the cover 16 to form the guide 30. That is, the guide 30 may be provided anywhere in the fragrance container 1.

  Furthermore, to restrict the direction in which the lead 14 is inserted or the direction in which the lead 14 is inserted does not have to be completely fixed, and the lower end of the lead 14 is the lower portion of the container 10 It should go in the direction of 10 dL. In other words, it can be said that the lead material 14 is held by the guide 30 and the lower portion 10 dL of the container 10.

  It is preferable that the positions of the uncut portions 22cr be different for each through hole 22c. FIG. 6A shows an enlarged view of the bottom 22bb of the core presser 22. FIG. The air holes 22d are not shown. In addition, the tongue 22 ca indicates only the tongue 22 ca 1 by reference numeral, and the reference numerals of the other tongues are omitted. Six through holes 22 c are formed in the bottom 22 bb of the core presser 22. The through holes 22c are respectively changed from the through holes 22c1 to the through holes 22c6. Further, the left uncut portion 22cr for fixing the tongue piece 22ca to the bottom 22bb is also left uncut from the left portion 22cr1 to be left 22cr6. The bottom 22bb of the core presser 22 is fixed, the upper side is 0 °, and the angle is said to be clockwise. In addition, the angle of the uncut portion 22cr refers to the direction from the tongue piece 22ca to the core presser 22.

  The uncut portion 22cr1 of the through hole 22c1 is at a position of 270 °. Further, the uncut portion 22cr2 of the through hole 22c2 is at a position of 330 °. Similarly, the cutaway 22cr3 of the through hole 22c3 is 30 °, the cutaway 22cr4 of the through hole 22c4 is 90 °, the cutaway 22cr5 of the through hole 22c5 is 150 °, and the cutaway 22cr6 of the through hole 22c6 is It is provided in the position of 210 degrees, respectively. Therefore, the bending direction of the tongue piece 22ca is different for each through hole 22c. That is, the insertion direction differs for each lead material 14.

  By making the bending direction of the tongue piece 22ca different for each through hole 22c, the lead members 14 can be inserted and fixed (penetrated) in the container 10 without interfering with each other. FIG. 6 (b) is a plan view of the fragrance container 1 as viewed from above. The lead material 14 is provided through the inner lid 12 (core press 22) in accordance with the regulation of the tongue 22ca.

  In particular, in the case where the inner bottom 10d of the container 10 is circular and the lower portion 10dL of the inner bottom 10d is provided at the edge of the inner bottom 10d, the lower end of the lead material 14 is uniformly disposed in the lower portion 10dL, All liquid fragrance in the container 10 can be sucked up (see FIG. 2 (a)). Note that at least one lead member 14 whose lower end is guided to the low portion 10dL of the inner bottom 10d by the guide 30 may be provided.

  Referring now to Figures 7-10, an inner lid 42 having another form of guide 30 is shown. FIG. 7 is a perspective view of the inner lid 42. FIG. More specifically, FIG. 7 (a) is a perspective view from above of the inner lid 42, and FIGS. 7 (b) and 7 (c) are perspective views from below. FIG. 8 is a plan view and a cross-sectional view of the inner lid 42. More specifically, FIG. 8 (a) is a top plan view of the inner lid 42, and FIG. 8 (b) is a cross-sectional view taken along the line B-B in FIG. 8 (a). These show the AA cross section of Fig.8 (a). FIG. 9 is a side view (FIG. 9A) of the inner lid 42 and a partially enlarged view thereof (FIG. 9B). 10 is a bottom plan view of the inner lid 42. As shown in FIG.

  Referring to FIG. 8, the middle lid 42 has a structure in which a middle lid upper portion 44 and a middle lid lower portion 46 are connected by a connecting portion 45.

  The middle lid upper portion 44 is similar to the middle lid 12 (core presser 22) described in FIG. 4 and the like, and has an edge 44a, a bottom 44bb of the insertion portion 44b, and a through hole 44c. On the other hand, the lower inner lid portion 46 has a disk shape with an edge, and the through hole 46 c is formed on the surface in the same manner as the upper inner lid portion 44. The connection portion 45 connects the middle portion of the middle lid upper portion 44 and the middle lid lower portion 46. The diameter 45 w of the connecting portion 45 is narrower than the diameter 44 bbw of the bottom 44 bb of the middle lid upper portion 44 and the diameter 46 w of the middle lid lower portion 46.

  Referring to FIG. 8 (b), the through hole 44c of the middle lid upper portion 44 and the through hole 46c of the middle lid lower portion 46 are slightly deviated in the circumferential direction (see also FIG. 9). FIG. 8B shows that the through holes 44c and the through holes 46c are shifted by t. Therefore, the centers of the through holes 44c and the through holes 46c are shifted by θ from the vertical direction (vertical direction of the inner lid 42).

  Therefore, when the lead material 14 is inserted into the through holes 44c and the through holes 46c, as shown in FIG. 6B, the lead members 14 are radially penetrated in a top view. In FIG. 9B, dotted lines indicate that the lead material 14 is exposed when the inner lid 42 is viewed from the side. Further, in the inner lid 42, the lead member 14 is held at a point where the installation position is different in the height direction, so that the lead member 14 which has been penetrated once does not move.

  As described above, since the through holes 44c and the through holes 46c are provided in the middle lid 42 at different positions in the height direction, the pair of through holes 44c and 46c restrict the movement of the lead member 14 in the insertion direction. It can be said that the guide 30.

  A regulating wall 46f may be provided in the through hole 46c of the inner lid lower portion 46 at a portion other than the inclination direction when the lead member 14 is pierced (FIGS. 7 (b) and 7 (c). ), See also FIG. By providing the restriction wall 46f, it is possible to suppress the insertion direction from being distorted when inserting the lead material 14 into the through hole 46c through the through hole 44c.

  In addition, the movement of the lead member 14 provided through it is also more strongly regulated. Such a configuration has the effect of being able to penetrate at the same position when any person pierces the lead material 14 in the inner lid 42. In other words, the arrangement and penetration state of the lead material 14 do not change depending on the person who assembles. As a result, stable products can be provided.

  Further, in the through hole 44c of the upper lid upper part 44 or the through hole 46c of the lower inner lid 46, a tongue 22ca shown in FIG. 5C may be provided instead of the restricting wall 46f. This is because the tongue piece 22 ca urges the lead material 14 to suppress the movement of the lead material 14. Further, as shown in FIG. 8, the inner lid 42 may have an air hole 42d at the center. The air hole 42 d of the inner cover 42 is constituted by the air hole 44 d of the upper cover upper portion 44 and the air hole 46 d of the lower inner cover portion 46.

  The inner cover 42 described in FIGS. 7 to 10 is an inner cover that can use the through holes 44 c and 46 c provided at different positions in the height direction as the guide 30. Since the configuration like the inner lid 42 is an integrated member that can be formed in a single injection molding by a combination of upper and lower blanking molds and horizontal blanking molds, manufacturing is very efficient. And cost can be reduced.

  Needless to say, the configuration in which through holes are provided at different positions in the height direction in the inner lid 42 and the guide 30 is not limited to the configuration shown in FIG. 7 to FIG. The configuration in which the through holes are provided at different positions in the height direction is not limited to one that can be performed by a single injection molding like the inner lid 42, but the through holes are combined at different positions in the height direction by combining multiple components. It may be provided.

  Please refer to FIG. 1 and FIG. 2 again. The cover 16 is hooked on the mouth 10 a or the shoulder 10 c of the container 10. In the figure, the cover 16 is fixed by inserting the outside of the screw plug 20 constituting the inner lid 12 into the inside of the lower end of the cover 16. Even if the cover 16 is indirectly fixed via the other member (here, the screw plug 20) in this manner, including the case where the cover 16 is directly fixed to the mouth 10a, the shoulder 10c, and the body 10b of the container 10, It may be said that it is fixed to ten.

  The cover 16 preferably has a height 16 h which covers at least a portion of the lead member 14 penetrating the inner lid 12 from the container 10. That is, the upper end 16 e of the cover 16 is at the same position or higher than the upper end of the lead member 14 provided in the inner cover 12. By doing this, it is possible to prevent the upper end of the lead 14 which has jumped out of the container 10 from hitting the user (the occupant here). However, it does not exclude that the top end of the lead material 14 is set higher than the height 16 h of the cover 16.

  In addition, the cover 16 is provided with at least one or more openings 16a. The opening 16 a is a through hole connecting the inside and the outside of the cover 16. It is for releasing the fragrance which volatilizes from lead material 14 from cover 16 outside. Here, the opening 16a is configured in a state in which the upper end of the cover 16 is opened. The opening 16 a may have a slit-like opening 16 a on the side surface of the cover 16. Further, the height 16h of the cover 16 is set so as to cover the entire part of the lead material 14 penetrating the inner lid 12 from the container 10, and the opening 16a is closed with the upper part of the cover 16 closed. You may provide in the side of the cover 16 in slit shape.

  The operation of the fragrance container 1 configured as described above will be described. The container 10 is filled with a liquid fragrance. The mouth 10 a of the container 10 is covered with an inner cover 12 (in the present description, a core press 22). The inner lid 12 has a lead member 14 penetrating therethrough, and the lower end of the lead member 14 is disposed at a lower portion 10 dL of the inner bottom 10 d of the container 10. Thereby, all the liquid fragrance in the container 10 is sucked up by any lead material 14.

  Further, since the lead material 14 is provided in the inner lid 12 so as to be penetrated, the penetrating portion is narrow even if there is a gap, and even if the container 10 falls down, the liquid aromatic agent hardly leaks out. On the other hand, when the degree of sealing by the inner lid 12 is too high, the lead material 14 hardly absorbs the liquid fragrance. Therefore, an air hole 22 d is provided in the inner lid 12. Since the air hole 22d is a small hole, the liquid fragrance is less likely to leak from here.

  The inner lid 12 is provided with a guide 30 (in this case, a tongue piece 22 ca, a pair of through holes provided at different positions in height, etc.) for controlling the penetrating direction of the lead material 14. Therefore, it is suppressed that the lead material 14 moves or pops out by vibration. In addition, when the guide 30 is configured as the tongue 22ca of the core presser 22, the through hole 22c can be closed by the tongue 22ca in a portion where the lead member 14 is not provided. Therefore, even when the lead material 14 is not provided through all the through holes 22c, there is no possibility that the liquid fragrance in the container 10 leaks due to vibration. Note that closing the through hole 22c with the tongue piece 22ca may not be completely airtight or liquid tight.

  The cover 16 covers the upper end of the lead 14 protruding from the opening 10 a of the container 10, so there is no risk that the upper end of the lead 14 contacts the occupant.

  If the outer bottom 10 e of the container 10 is flat, the fragrance container 1 can be fixed on the dashboard with a double-sided tape or the like.

  The fragrance container of the present invention can be placed in the car of a car to release the fragrance safely into the car. In addition, the fragrance container according to the present invention can be used in places other than automobiles such as indoors.

Reference Signs List 1 air freshener container 10 container 10a mouth 10b body 10c shoulder 10d inner bottom 10dH high portion 10dL low portion 10e outer bottom 12 middle lid 14 lead 16 cover 16a opening 16h height 16e upper end 20 screw plug 20a holding 22 core holding (middle Lid 12)
22a edge 22b insert portion 22bb bottom 22c through hole 22d air hole 22cr cut left 22ca tongue piece 30 guide 42 middle lid 42d air hole 44 middle lid upper portion 44a edge 44b insert portion 44bb diameter 44bbw bottom width 44c through hole 44d air hole 45 connection portion 45 w Connecting part diameter 46 Middle lower lid 46 d Air hole 46 f Regulating wall

Claims (9)

A container for containing the liquid air freshener,
An inner lid fitted to the mouth of the container;
A plurality of lead members provided through the inner lid and higher than the height of the container;
A cover provided with at least one or more openings in a fixed state to the container;
The inner lid is provided with a plurality of through holes through which the lead material is inserted.   The fragrance agent container according to claim 1, wherein the upper end of the cover is higher than the upper end of the lead member penetrating the inner lid.   The fragrance | flavor agent container described in any one of the Claims 1 or 2 characterized by having a guide which controls the direction in which the said lead material is penetrated by the said inner cover.   4. A fragrance container according to claim 3, wherein the lower end of at least one of the lead members, which passes through the through hole and is regulated by the guide, is disposed at a lower portion of the container.   The fragrance container according to any one of claims 3 or 4, wherein the guide is provided on the inner lid.   The fragrance container according to claim 5, wherein the guide is a pair of through holes provided at different positions in the height direction in the inner lid.   The fragrance | flavor agent container described in any one of the Claims 3 thru | or 5 characterized by the said guide having a biasing which presses the said lead material to the said through-hole.   The fragrance container according to any one of claims 1 to 7, wherein the inner lid is provided with an air hole.   9. A fragrance container according to any one of the preceding claims, characterized in that the outer bottom of the container has a flat part.