JP2015100649A - Inside plug and vaporization device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an inside plug that facilitates insertion of an absorbent wick, and to provide a vaporization device.SOLUTION: A funnel part 71 is provided on an inside plug 43 mounted on an opening 42 of a container 11. The funnel part 71 includes: a large-diameter cylindrical part 72 that extends downward from a top surface 53; a tapered part 73 that inclines inward as extending downward from the lower edge of the large-diameter cylindrical part 72; and a small-diameter cylindrical part 74 that extends downward from the lower edge of the tapered part 73. The small-diameter cylindrical part 74 has a linear shape that extends in the up-down direction, and an insertion hole 91 for guiding an absorbent wick in the vertical direction is provided on the inner side of the small-diameter cylindrical part 74. A guide part 101 is provided on the lower portion of the funnel part 71, and extends downward from the lower front edge of the small-diameter cylindrical part 74. The guide part 101 is inclined toward the back surface side as extending downward, and guides the absorbent wick 44 inserted into the insertion hole 91 in an oblique direction.

Description

  The present invention relates to an inner plug to be mounted on a container body containing a liquid medicine and a volatilization apparatus having the inner plug.

  Conventionally, a volatilization apparatus that volatilizes a liquid medicine such as a fragrance is known (for example, see Patent Document 1).

  The volatilization apparatus includes a container body, and the liquid medicine is accommodated in the container body. A hat-shaped inner plug is attached to the mouth of the container body, and a suction core is inserted through the inner plug. A volatilizer is provided at the upper end of the wick, and the liquid medicine in the container is sucked up by the wick and can be volatilized from the volatilizer.

  The container body is formed such that the center portion of the bottom surface protrudes upward. For this reason, when the lower end of the suction core is disposed at the center of the bottom surface, the liquid medicine stored in the peripheral portion of the bottom surface cannot be sucked and remains.

  Therefore, in this volatilization device, a cylindrical portion for fitting the suction core into the bottom portion of the inner plug is provided, and the cylindrical portion extends obliquely with respect to the bottom portion. Thereby, the said suction core which penetrates the said cylindrical part is comprised so that the lower end may be arrange | positioned at the peripheral part of the said bottom face.

Reality 6-13730

  However, in such a volatilization apparatus, it is necessary to insert a suction core correctly according to the inclination angle of the cylindrical part provided in the inner plug.

  At this time, if the mounting direction of the inner plug is not accurately set, the insertion direction of the suction core changes, and it is difficult to attach the suction core, and the insertion operation by the machine becomes difficult.

  In addition, since the inner diameter of the cylindrical portion and the outer diameter of the suction core are almost the same, the pressure inside the container is reduced due to the volatilization of the medicine, so it is necessary to provide a separate air vent for preventing the pressure reduction.

  This invention is made | formed in view of such a conventional subject, and it aims at providing the inside plug and volatilization apparatus which make insertion of a suction core easy.

  In order to solve the above-mentioned problem, in the inner stopper of claim 1 of the present invention, in the inner stopper in which the suction core is inserted into the inner stopper main body attached to the mouth portion of the container body containing the liquid medicine, An insertion hole for guiding the suction core in the vertical direction when the suction core is inserted is provided in the inner plug body, and a guide portion for guiding the suction core inserted through the insertion hole in an oblique direction is provided. It was.

  That is, an insertion hole for guiding the suction core in the vertical direction is provided in the inner plug body attached to the mouth of the container body. For this reason, when inserting the suction core into the inner plug body, the suction core can be inserted into the insertion hole by moving the suction core perpendicularly to the inner plug body. .

  And the said suction core inserted in this insertion hole is guided to the diagonal direction by the guide part provided in the inner plug. For this reason, the lower end part of the said suction core is guided to the peripheral part of the said container bottom face.

  According to a second aspect of the present invention, there is provided a tapered portion that guides the suction core to the insertion hole.

  That is, the inner plug is provided with a tapered portion that guides the suction core to the insertion hole. For this reason, the suction core is guided and inserted into the insertion hole only by inserting the suction core into the opening of the tapered portion.

  Furthermore, in the inner plug of the third aspect, the guide portion is provided so that the lower end portion of the suction core guided by the guide portion is disposed on the back side of the container body.

  That is, since the lower end portion of the suction core guided by the guide portion is disposed on the back side of the container body, the suction core is connected to the container body from the inner plug main body provided in the mouth portion. It will extend diagonally toward the back side.

  For this reason, when the suction core is viewed from the front of the container body, the suction core appears to extend straight downward from above, so that the suction core is more than the container body from the inner plug body. The appearance from the front is improved as compared with the case of extending obliquely toward the side portion of the.

  In addition, in the inner plug of claim 4, the inner diameter of the insertion hole is set larger than the outer diameter of the suction core so that the suction core is inclined in the insertion hole.

  That is, the inner diameter of the insertion hole is set to be larger than the outer diameter of the suction core, and the suction core is inclined in the insertion hole when guided in an oblique direction by the guide portion. For this reason, when the suction core inserted through the insertion hole is guided in the oblique direction by the guide portion, no load is applied, and no force is required for the insertion work of the suction core.

  Further, when the guide portion is guided in an oblique direction, the suction core is prevented from being bent. Furthermore, there is no need to provide a separate air vent hole.

  And in the volatilization apparatus of Claim 5 of this invention, the container body which accommodates a liquid chemical | medical agent, the inner stopper with which the opening part of this container body is mounted | worn, and the suction core penetrated by this inner stopper, A volatilization device that sucks and volatilizes the liquid medicine in the container body with the suction core, and has an insertion hole for guiding the suction core in the vertical direction when the suction core is inserted into the inner plug. While providing in the said inner stopper, the guide part which guides the said suction core which penetrated the said insertion hole in the diagonal direction was provided in the said inner stopper.

  That is, an insertion hole for guiding the suction core in the vertical direction is provided in the inner plug attached to the mouth of the container body. For this reason, when inserting the suction core into the inner plug, the suction core can be inserted into the insertion hole by moving the suction core perpendicular to the inner plug.

  And the said suction core inserted in this insertion hole is guided to the diagonal direction by the guide part provided in the inner plug. For this reason, the lower end part of the said suction core is guided to the peripheral part of the said container bottom face.

  Moreover, in the volatilization apparatus of Claim 6, the taper-shaped taper part which guides the said suction core to the said insertion hole was provided in the said inner stopper.

  That is, the inner plug is provided with a tapered portion that guides the suction core to the insertion hole. For this reason, the suction core is guided and inserted into the insertion hole only by inserting the suction core into the opening of the tapered portion.

  Furthermore, in the volatilization apparatus of Claim 7, the said guide part was provided so that the lower end part of the said suction core guided by the said guide part may be arrange | positioned at the back side of the said container body.

  That is, since the lower end of the suction core guided by the guide portion is disposed on the back side of the container body, the suction core is connected to the back surface of the container body from the inner plug provided in the mouth portion. It will extend diagonally toward the side.

  For this reason, when the suction core is viewed from the front of the container body, the suction core appears to extend straight downward from above, so that the suction core is closer to the container body than the inner plug. Compared with the case of extending obliquely toward the side, the appearance from the front is improved.

  In addition, in the volatilization device according to claim 8, the inner diameter of the insertion hole is set larger than the outer diameter of the suction core so that the suction core is inclined in the insertion hole.

  That is, the inner diameter of the insertion hole is set to be larger than the outer diameter of the suction core, and the suction core is inclined in the insertion hole when guided in an oblique direction by the guide portion. For this reason, when the suction core inserted through the insertion hole is guided in the oblique direction by the guide portion, no load is applied, and no force is required for the insertion work of the suction core. Furthermore, there is no need to provide a separate air vent hole.

  Further, when the guide portion is guided in an oblique direction, the suction core is prevented from being bent.

  As described above, in the inner stopper of claim 1 of the present invention, the inner stopper main body attached to the mouth portion of the container body is provided with an insertion hole for guiding the suction core in the vertical direction. When the suction core is inserted into the inner plug body, the suction core can be inserted into the insertion hole by moving the suction core perpendicular to the inner plug body.

  And since the said suction core inserted in this insertion hole can be guided to the diagonal direction by the guide part provided in the inner stopper, the lower end part of the said suction core is a peripheral part of the said container body bottom face Can be arranged.

  For this reason, it is necessary to insert the suction core accurately according to the inclination angle of the cylindrical portion on the structure in which the cylindrical portion into which the suction core is fitted is obliquely provided at the bottom of the inner plug. In comparison, the insertion work of the suction core is facilitated.

  In addition, since the insertion work can be performed simply by moving the suction core perpendicularly to the inner plug body, the suction core can be inserted even if the mounting direction of the inner plug is slightly deviated. Can do. For this reason, insertion work by a machine is also possible.

  According to a second aspect of the present invention, there is provided a tapered portion that guides the suction core to the insertion hole. For this reason, the suction core can be guided and inserted into the insertion hole only by inserting the suction core into the opening of the tapered portion.

  Thereby, the insertion operation | work of a suction core becomes still easier.

  Furthermore, in the inner plug of the third aspect, since the lower end portion of the suction core guided by the guide portion is disposed on the back side of the container body, the suction core is provided in the mouth portion. In addition, it extends obliquely from the inner plug main body toward the back side of the container body.

  For this reason, when the suction core is viewed from the front of the container body, the suction core appears to extend straight downward from above, so that the suction core is closer to the container body than the inner plug body. Compared with the case of extending obliquely toward the side, the appearance from the front is improved.

  Thereby, appearance quality can be improved.

  In addition, in the inner plug of claim 4, the inner diameter of the insertion hole is set larger than the outer diameter of the suction core, and the suction core is guided in an oblique direction by the guide portion. In the meantime, it is inclined in the insertion hole. For this reason, when the suction core inserted through the insertion hole is guided in the oblique direction by the guide portion, no load is applied, and no force is required for the insertion work of the suction core.

  Thereby, the insertion work of the said suction core becomes still easier. Furthermore, there is no need to provide a separate air vent hole.

  Further, when the guide portion is guided in an oblique direction, the suction core can be prevented from bending. For this reason, even if it is a case where the said suction core is formed with a hard raw material, the unnecessary bending of the said suction core can be prevented, and the water permeability of a liquid chemical | medical agent can be ensured.

  In the volatilization device according to claim 5 of the present invention, the inner plug attached to the mouth of the container body is provided with an insertion hole for guiding the suction core in the vertical direction. When inserting the core into the inner plug, the suction core can be inserted into the insertion hole by moving the suction core perpendicularly to the inner plug.

  And since the said suction core inserted in this insertion hole can be guided to the diagonal direction by the guide part provided in the inner stopper, the lower end part of the said suction core is a peripheral part of the said container body bottom face Can be arranged.

  For this reason, it is necessary to insert the suction core accurately according to the inclination angle of the cylindrical portion on the structure in which the cylindrical portion into which the suction core is fitted is obliquely provided at the bottom of the inner plug. In comparison, the insertion work of the suction core is facilitated.

  Further, since the insertion work can be performed only by moving the suction core perpendicularly to the inner plug, the suction core can be inserted even if the mounting direction of the inner plug is slightly deviated. it can. For this reason, insertion work by a machine is also possible.

  Moreover, in the volatilization apparatus of Claim 6, the taper-shaped taper part which guides the said suction core to the said insertion hole is provided. For this reason, the suction core can be guided and inserted into the insertion hole only by inserting the suction core into the opening of the tapered portion.

  Thereby, the insertion operation | work of a suction core becomes still easier.

  Furthermore, in the volatilization apparatus of Claim 7, since the lower end part of the said suction core guided by the said guide part is arrange | positioned at the back side of the said container body, the said suction core is provided in a mouth part. In addition, it extends obliquely from the inner plug main body toward the back side of the container body.

  For this reason, when the suction core is viewed from the front of the container body, the suction core appears to extend straight downward from above, so that the suction core is closer to the container body than the inner plug. Compared with the case of extending obliquely toward the part, the appearance from the front is improved.

  Thereby, appearance quality can be improved.

  In addition, in the volatilization device according to claim 8, the inner diameter of the insertion hole is set larger than the outer diameter of the suction core, and the suction core is guided in an oblique direction by the guide portion. In the meantime, it is inclined in the insertion hole. For this reason, when the suction core inserted through the insertion hole is guided in the oblique direction by the guide portion, no load is applied, and no force is required for the insertion work of the suction core.

  Thereby, the insertion work of the said suction core becomes still easier. Furthermore, there is no need to provide a separate air vent hole.

  Further, when the guide portion is guided in an oblique direction, the suction core can be prevented from bending. For this reason, even if it is a case where the said suction core is formed with a hard raw material, the unnecessary bending of the said suction core can be prevented, and the water permeability of a liquid chemical | medical agent can be ensured.

It is a figure which shows 1st embodiment of this invention, (a) is a front view, (b) is a top view. It is sectional drawing along the AA line of FIG. It is a figure which shows the internal stopper of the embodiment, (a) is a top view, (b) is a B arrow view of (a). It is a figure which shows the stopper | internal_stopper of the embodiment, (a) is a C arrow directional view of (a) of FIG. 3, (b) is sectional drawing. It is sectional drawing which shows 2nd embodiment of this invention.

  (First embodiment)

  Hereinafter, a first embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 is a diagram showing a volatilization apparatus 1 according to the present embodiment. The volatilization apparatus 1 is an apparatus that volatilizes a liquid chemical, and examples of the liquid chemical include a fragrance, a deodorant, and an insect repellent.

  The volatilization apparatus 1 includes a colorless and transparent container body 11, and is fixed to the upper part of the container body 11 in a state where a lid portion 12 is externally fitted. The lid portion 12 is composed of a lower component portion 13 having a lower edge fitted to the container body 11 and an upper component portion 14 supported by the lower component portion 13. The lower component 13 is supported so as to be movable up and down.

  As shown in FIG. 2, the container body 11 includes a container main body 22 that contains a liquid medicine 21, and the container main body 22 has a horizontally elongated substantially rectangular shape as shown in FIGS. 1 and 2. A bottom surface 23 formed on the bottom surface 23, a front surface 24 standing up from the front edge of the bottom surface 23 to form a front surface, a back surface 25 standing up from the rear edge of the bottom surface 23 and forming a rear surface, and a left edge of the bottom surface 23 The container is formed in a container shape by a left surface 26 that is more upright and a right surface 27 that is upright from the right edge of the bottom surface 23.

  The front surface 24 is composed of a curved surface whose central portion protrudes forward, and the back surface 25 is composed of a curved surface whose central portion protrudes rearward. The curvature of the front surface 24 is set to be larger than the curvature of the back surface 25, and the protrusion amount of the front surface 24 is increased. A bottom surface protruding portion 31 bulging upward is formed at the center of the bottom surface 23, and the bottom surface 23 is provided on the bottom surface protruding portion 31 and an outer peripheral portion of the bottom surface protruding portion 31. And the flat portion 32.

  As shown in FIG. 2, the container body 22 includes a container top surface 41 that is curved upward, and the container top surface 41 is a cylinder that communicates the inside and the outside of the container body 22. A shaped mouth portion 42 is provided. An inner plug 43 is attached to the mouth portion 42, and a suction core 44 is inserted into the inner plug 43.

  A volatilizing body 45 is disposed at the upper end of the suction core 44, and the volatilizing body 45 is held by the lower component 13 of the lid 12 so as to be movable up and down. The volatilizing body 45 is lifted by the suction core 44, and the volatilization body 45 is in contact with the upper end portion of the suction core 44 by its own weight.

  Accordingly, the liquid medicine 21 in the container body 11 is configured to be sucked up by the volatilization body 45 by the suction core 44, and the liquid medicine 21 sucked up by the volatilization body 45 is taken up by the lid portion 12. It is comprised so that it can volatilize from the volatilization port 46 ... provided in (refer FIG. 1).

  As shown in FIGS. 3 and 4, the inner plug 43 includes an inner plug main body 51, and the inner plug main body 51 includes a cylindrical portion 52 fitted into the mouth portion 42, and a cylindrical portion 52. And a circular ring-shaped top surface 53 provided on the upper edge. Two protrusions 54, 54 are extended in the circumferential direction on the peripheral surface of the cylindrical part 52, and the protrusion 54 is in a state where the inner plug main body 51 is fitted in the mouth part 42. , 54 are in close contact with the inner surface of the mouth portion 42.

  A peripheral portion of the top surface 53 is configured to extend outward from the cylindrical portion 52, and a collar portion 61 is integrally formed with the inner plug main body 51. As shown in FIG. 3 (a), the flange 61 has a symmetrical cutout in a straight line, and a left cutout 62 and a right cutout 63 are formed.

  As a result, the inner plug body 51 is configured so that the mounting direction is determined, and can be arranged so that the left notch 62 is located on the left and the right notch 63 is located on the right. It is configured.

  As shown in FIG. 4, a funnel-shaped funnel portion 71 is integrally formed on the inner side of the top surface 53, and the funnel portion 71 extends downward from the inner edge of the top surface 53. A large diameter cylindrical portion 72 having a large diameter cylindrical shape, a tapered portion 73 inclined inwardly toward the lower side from the lower edge of the large diameter cylindrical portion 72, and downward from the lower edge of the tapered portion 73 A small-diameter cylindrical portion 74 having a small-diameter cylindrical shape is provided.

  A through hole 81 penetrating vertically is provided on the front side in the middle of the tapered portion 73, and a cylindrical protrusion 82 communicating with the through hole 81 is formed below the through hole 81. Has been. A reinforcing rib 83 extending in the vertical direction is integrally formed on the outer peripheral surface of the large-diameter cylindrical portion 72, and the reinforcing rib 83 is configured to protrude forward.

  Thus, when the inner plug main body 51 is attached to the mouth portion 42, the reinforcing rib 83 and the through hole 81 are arranged on the front 24 side of the container main body 22 (see FIG. (See FIG. 2).

  The small diameter cylindrical portion 74 is formed in a straight line extending in the vertical direction, and the suction core 44 is inserted into the small diameter cylindrical portion 74 when the suction core 44 is inserted into the inner plug main body 51. An insertion hole 91 for guiding the core 44 in the vertical direction is formed (see FIG. 2).

  A guide portion 101 having a circular arc cross section is integrally formed at the lower portion of the funnel portion 71. The guide portion 101 extends downward from the lower edge on the front side of the small diameter cylindrical portion 74, and the lower portion of the reinforcing rib 83 is integrally formed and reinforced at the upper portion of the guide portion 101. The guide portion 101 is provided so as to be inclined and extended toward the back surface 25 as it goes downward (see FIG. 2), and the suction core 44 inserted through the insertion hole 91 is inclined. It is comprised so that it may guide.

  At this time, the mounting direction of the inner plug 43 to the container body 11 is determined, and the inner plug 43 is set to be inclined toward the back surface 25 as the guide portion 101 moves downward. Therefore, the suction core 44 guided by the guide portion 101 is configured to be guided toward the rear of the container body 11, that is, toward the back surface 25, and the lower end portion of the suction core 44. Is arranged on the flat portion 32 of the bottom surface 23 (see FIG. 2).

  The rear portion of the guide portion 101 is cut vertically along the small-diameter cylindrical portion 74, and the edge of the rear portion of the guide portion 101 is configured to extend vertically. Accordingly, the inner plug 43 can be formed by a mold that is opened in the vertical direction.

  As shown in FIG. 2, the inner diameter 111 of the insertion hole 91 formed by the small diameter cylindrical portion 74 of the inner plug 43 is based on the outer dimension 112 of the suction core 44 that passes through the insertion hole 91. The suction core 44 is configured so as to be inclined in the insertion hole 91. In this inclined state, the suction surface 44 is in a state where the circumferential surface of the suction core 44 is in contact with the upper edge on the front side of the small diameter cylindrical portion 74 and the lower edge on the rear side of the small diameter cylindrical portion 74. The lower end of the core 44 is designed to be disposed in the flat portion 32.

  In this embodiment according to the above configuration, an insertion hole 91 for guiding the suction core 44 in the vertical direction is provided in the inner plug 43 attached to the mouth portion 42 of the container body 11. For this reason, when the suction core 44 is inserted into the inner plug 43, the suction core 44 is simply moved vertically with respect to the inner plug 43, and the suction core 44 is inserted into the insertion hole 91. Can be inserted.

  The suction core 44 inserted into the insertion hole 91 can be guided in an oblique direction by the guide portion 101 provided in the inner plug 43. For this reason, the lower end part of the said suction core 44 can be arrange | positioned in the peripheral part of the said container body 11 bottom face 23. FIG.

  Therefore, compared with the conventional case where the cylindrical portion into which the suction core is fitted is obliquely provided at the bottom of the inner plug, it is necessary to accurately insert the suction core according to the inclination angle of the cylindrical portion. Thus, the insertion work of the suction core 44 is facilitated.

  Further, since the insertion work can be performed only by moving the suction core 44 perpendicularly to the inner plug 43, even if the mounting direction of the inner plug 43 is slightly deviated, the suction core 44 Even if the supply position of 44 is slightly deviated, the suction core 44 can be inserted. For this reason, insertion work by a machine is also possible.

  The inner plug 43 is provided with a tapered portion 73 that guides the suction core 44 to the insertion hole 91. For this reason, the suction core 44 can be guided and inserted into the insertion hole 91 only by dropping the suction core 44 together with the opening portion above the tapered portion 73.

  Thereby, the insertion work of the said suction core 91 becomes still easier.

  Further, the inner plug 43 is provided with the guide portion 101, and the lower end portion of the suction core 44 guided by the guide portion 101 is disposed on the back surface 25 side of the container body 11. it can. As a result, the suction core 44 extends obliquely from the inner plug 43 attached to the mouth portion 42 toward the back surface 25 of the container body 11.

  For this reason, when the suction core 44 is viewed from the front surface 24 of the container body 11, the suction core 44 appears to extend straight downward from above, so that the suction core 44 is connected to the inner plug. Compared with the case of extending obliquely from 43 toward the side of the container body 11, the appearance from the front surface 24 is improved.

  Thereby, appearance quality can be improved.

  In addition, an inner diameter dimension 111 of the insertion hole 91 is set to be larger than an outer diameter dimension 112 of the suction core 44, and the suction core 44 is guided by the guide portion 101 in an oblique direction. It tilts in the insertion hole 91. Therefore, no load is applied when the suction core 44 inserted through the insertion hole 91 is guided in the oblique direction by the guide portion 101, and no force is required for the insertion work of the suction core 44.

  Thereby, the insertion work of the said suction core 44 becomes still easier.

Further, when the guide portion 101 is guided in an oblique direction, the suction core 44 can be prevented from being bent. For this reason, even if the suction core 101 is formed of a hard material, unnecessary bending of the suction core 44 can be prevented, and water permeability of the liquid medicine 21 can be ensured. .

  (Second embodiment)

  FIG. 5 is a diagram showing a second embodiment of the present invention, in which the same or equivalent parts as those in the first embodiment are denoted by the same reference numerals and description thereof is omitted, and only different parts are explained. To do.

  That is, the inner diameter 111 of the insertion hole 91 formed by the small diameter cylindrical portion 74 of the inner plug 43 is set to be approximately the same as the outer dimension 112 of the flexible suction core 44 that is inserted through the insertion hole 91. . Accordingly, the flexible suction core 44 inserted into the small diameter cylindrical portion 74 extends vertically along the insertion hole 91 and is bent and slanted by the guide portion 101. The lower end portion of the suction core 44 can be arranged on the flat portion 32 of the bottom surface 23 of the container body 11.

  In such a configuration, since the upper portion of the suction core 44 extends vertically, the entire upper end portion can be brought into contact with the volatilizing body 45, so that the supply amount of the liquid medicine 21 is not reduced. And the said suction core 44 can be made to contact the said volatilization body 45 reliably.

  In the above-described embodiments, the example in which the lower end portion of the suction core 44 is disposed on the back surface 25 side of the container body 11 has been described. However, the present invention is not limited thereto, and is disposed, for example, on the front surface 24 side. Even if it is a case, the same effect can be acquired. Further, when the container body 11 is opaque, the lower end portion of the suction core 44 may be disposed on the left and right side surfaces 26 and 27 side, or may be disposed on the left and right diagonally rearward and diagonally front sides. .

DESCRIPTION OF SYMBOLS 1 Volatilization apparatus 11 Container body 21 Liquid chemical | medical agent 25 Back surface 42 Mouth part 43 Inner plug 51 Inner plug main body 73 Tapered part 91 Insertion hole 101 Guide 111 Inner diameter dimension 112 Outer dimension

Claims (8)

In the inner plug in which the suction core is inserted into the inner plug body attached to the mouth of the container body containing the liquid medicine,
An insertion hole for guiding the suction core in the vertical direction when the suction core is inserted is provided in the inner plug body, and a guide portion for guiding the suction core inserted through the insertion hole in an oblique direction is provided. Inner plug characterized by that.   The inside plug according to claim 1, further comprising a tapered portion that guides the suction core to the insertion hole.   The inside plug according to claim 1 or 2, wherein the guide portion is provided so that a lower end portion of the suction core guided by the guide portion is disposed on a back side of the container body.   The inner plug of claim 1, 2, or 3, wherein an inner diameter of the insertion hole is set larger than an outer diameter of the suction core so that the suction core is inclined in the insertion hole. A container body for storing a liquid medicine; an inner stopper attached to the mouth of the container body; and a suction core inserted through the inner stopper; and the liquid medicine in the container body is formed by the suction core. In the volatilization device that sucks up and volatilizes,
A guide hole is provided in the inner plug for guiding the suction core in a vertical direction when the suction core is inserted into the inner plug, and the guide is guided in an oblique direction through the insertion hole. A volatilization device characterized in that a portion is provided in the inner plug.   The volatilization device according to claim 5, wherein a tapered portion that guides the suction core to the insertion hole is provided in the inner plug.   The volatilization device according to claim 5 or 6, wherein the guide portion is provided such that a lower end portion of the suction core guided by the guide portion is disposed on a back side of the container body.   The volatilization device according to claim 5, 6 or 7, wherein an inner diameter of the insertion hole is set larger than an outer diameter of the suction core so that the suction core is inclined in the insertion hole.

Images